CN105598686A - Assembly machine of breathing valve for mask - Google Patents

Assembly machine of breathing valve for mask Download PDF

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Publication number
CN105598686A
CN105598686A CN 201610011260 CN201610011260A CN105598686A CN 105598686 A CN105598686 A CN 105598686A CN 201610011260 CN201610011260 CN 201610011260 CN 201610011260 A CN201610011260 A CN 201610011260A CN 105598686 A CN105598686 A CN 105598686A
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means
valve
disposed
line
plate
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CN 201610011260
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Chinese (zh)
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CN105598686B (en )
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王爽
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苏州隆士丹自动化技术有限公司
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23POTHER WORKING OF METAL; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
    • B23P21/00Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
    • B23P21/004Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control the units passing two or more work-stations whilst being composed

Abstract

The invention discloses an assembly machine of a breathing valve for a mask. The assembly machine is characterized by comprising a machine frame and a conveying line arranged on the machine frame, a valve body feed device, a rubber belt conveying device, a valve deck feed device, a welding device, a LOGO transfer printing device, a detecting device and a material collecting device are arranged at the portion, on the conveying line, of the machine frame. The valve body feed device, the rubber belt conveying device, the valve deck feed device, the welding device, the LOGO transfer printing device, the detecting device and the material collecting device are sequentially arranged between the start end and the tail end of the conveying line. The valve body feed device is connected with the start end of the conveying line. The material collecting device is connected with the tail end of the conveying line. The valve body feed device, the rubber belt conveying device, the valve deck feed device and the material collecting device are all connected with the conveying line. The assembling efficiency of the breathing valve is improved, and assembling quality is ensured.

Description

一种口罩用呼吸阀的组装机 Is the mask with a breathing valve assembly machine

技术领域 FIELD

[0001]本发明涉及一种呼吸阀的安装机器,尤其涉及一种口罩用呼吸阀的组装机。 [0001] The present invention relates to a breathing valve mounting machine, particularly to a mask with a breathing valve assembly machine.

背景技术 Background technique

[0002]随着工业的发展和私人汽车的普及,城市空气的污染问题越来越厉害,尤其是PM2.5含量超标,严重影响人们出行的健康。 [0002] With the popularity of the development of industry and private vehicles, urban air pollution problems are getting worse, especially excessive levels of PM2.5, seriously affecting the health of people travel. 为了减少吸入过多有害物质,穿戴口罩是一种常见的防范措施,与最原始的一体式口罩不同的是,现有的口罩一般带有呼吸阀,这极大的改善了穿戴者呼吸的顺畅性。 In order to reduce inhalation of harmful substances, wearing a mask is a common precaution, with the most original one-piece mask is different is that the existing general masks with breathing valve, which greatly improves the wearer to breathe smoothly sex.

[0003] 在现有技术中,有一些口罩是带有呼吸阀的,而呼吸阀是一种呼出时可以透气,呼入时呼吸阀不透气的一种结构,包括阀体阀盖及设置于阀体与阀盖之间的橡胶阀片,使用者吸气时,阀片会盖住阀体的出气口,使用者只能通过口罩的布料吸气,呼气时,将阀片的一端顶出,气体通过呼吸阀排出。 [0003] In the prior art, there are a number of masks with a breathing valve, and when the breathing valve is one kind of exhaled air permeability, a configuration breathing valve upon incoming gas impermeable, and comprises a valve body disposed in the valve cover when the rubber sheet between the valve body and bonnet, when the user inhales, the valve plate will cover the outlet of the valve body, the user can inhale through the cloth masks, breath, the top end of the valve sheet out, the respiratory gas is discharged through the valve.

[0004]但是,在现有技术中,呼吸阀的三者进行组装时,安装效率低,密封性也得不到保证。 [0004] However, in the prior art, when the three breathing valve is assembled, the mounting efficiency is low, sealing property is not assured. 因此,如何提高呼吸阀的组装效率,提高组装质量,是本领域技术人员需要努力的方向。 Therefore, how to improve breathing valve assembly efficiency, improve assembly quality, it is the direction those skilled in the need to work on.

发明内容 SUMMARY

[0005]本发明目的是提供一种口罩用呼吸阀的组装机,通过使用该结构,实现了呼吸阀的自动组装,提高了组装效率,降低了生产成本。 [0005] The object of the present invention to provide a mask with a breathing valve assembly machine, by using this configuration, to achieve the automatic breathing valve assembly, improving assembly efficiency, reduce production costs.

[0006]为达到上述目的,本发明采用的技术方案是:一种口罩用呼吸阀的组装机,包括机架及设置于机架上的输送线,在所述输送线处的机架上还设有阀体上料装置、橡胶带输送装置、阀盖上料装置、焊接装置、LOGO移印装置、检测装置及收料装置,所述阀体上料装置、橡胶带输送装置、阀盖上料装置、焊接装置、LOGO移印装置、检测装置及收料装置依次设置于所述输送线的起始端至尾端之间,所述阀体上料装置与所述输送线的起始端相连,所述收料装置与所述输送线的尾端相连,且所述阀体上料装置、橡胶带输送装置、阀盖上料装置及所述收料装置均与所述输送线相连。 [0006] To achieve the above object, the present invention adopts the technical solution is: A mask with a breathing valve assembly machine, comprising a chassis and a rack provided on the transfer line, also on the frame of the conveying line feeding device is provided, a rubber belt conveyor means, the valve cover feeding device, welding device, LOGO printing means, detecting means and rewinding means on the valve body, said valve body feeding device, a rubber belt conveyor means, the valve cover feed means, welding means, LOGO printing means, detecting means and rewinding means are sequentially disposed between the conveyor tail end to the starting end of the line, the start end of the valve body feeding device is connected to the conveying line, means connected to said rewinding the tail end of the transfer line, feed device, a rubber belt conveyor means feeding device and the valve cover rewinding means are connected to the supply line and the valve body.

[0007]上述技术方案中,所述阀体上料装置包括阀体料仓、分料分离器、输送轨道、分料分隔装置及拉料装置,所述阀体料仓、分料分离器、输送轨道、分料分隔装置设置于输送线的一侧,所述拉料装置设置于输送线的另一侧;所述阀体料仓的出料口与所述分料分离器的一端相连,所述输送轨道进料端与所述分料分离器的另一端相连,所述输送轨道的出料端设置于所述输送线的顶部,所述分料分隔装置设置于所述输送轨道的出料端的正上方,所述输送轨道为两条并排设置的输送轨道,分别为第一输送轨道及第二输送轨道。 [0007] In the above aspect, the valve means includes a valve body loading hopper, dosing separator, conveying track, and a separating device riving pull feeding device, the valve body silo, dosing separator, conveyor path, means provided on the side of the transfer line split is separated, means is provided on the other side of the transfer line pull material; silos of the valve body discharge opening is connected to one end of the riving separator, the discharge end of the feed end of the conveying track and the other end of the riving separator is connected to the conveying track is disposed on a top of the conveying line, said material sub-dividing means provided on the conveying track of the directly above the feed end of the conveyor track for conveying two parallel rails disposed, respectively, a first and a second conveyor track conveyor track.

[0008]上述技术方案中,所述分料分离器包括支撑板、设置于支撑板上的拨料机构及产品承载台,所述产品承载台的两端分别对应所述阀体料仓的出料口及所述输送轨道的进料端设置,所述拨料机构包括转接板及设置于转接板上、下侧的上导向气缸及下导向气缸,所述上、下导向气缸的输出轴方向分别相对设置,所述产品承载台安装于所述上导向气缸的顶部,所述上导向气缸滑动设置于所述转接板的上方,所述下导向气缸的顶部或端部与所述转接板固定相连,所述下导向气缸的底部滑动设置于所述支撑板上。 [0008] In the above technical solutions, the sub-material separator comprises a support plate, the support plate is provided aside the feeding mechanism and the product carrier units, the ends of the product carrier units respectively of the valve body of the silo and opening the feed end of the feed conveyor rail is provided, the feeding mechanism comprises a dial disposed in the adapter plate and the adapter plate, on the underside of the guide cylinder and the guide cylinder, the upper and lower guide cylinder output axis direction is disposed opposite said product carrying platform mounted on the top of the guide cylinder, said guide cylinder slidably disposed on the adapter plate above the lower tip or end portion of the guide cylinder adapter plate is fixedly connected to the bottom of the lower guide cylinder slidably disposed on the support plate.

[0009]上述技术方案中,所述橡胶带输送装置包括料盘、滑石粉清除装置、橡胶带输送线、橡胶带裁切模具及橡胶带上料装置,所述料盘安装于料盘支架上,料盘上的橡胶带经滑石粉清除装置放置于所述橡胶带输送线上,所述橡胶带裁切模具设置于所述橡胶带输送线上,所述橡胶带经所述橡胶带裁切模具裁切成阀片,所述阀片经所述橡胶带上料装置放置于所述输送线上。 [0009] In the above aspect, the apparatus comprises a rubber belt conveyor tray, talc cleaning means, a rubber belt conveyor line, with the rubber mold and cutting the rubber band feeding means mounted on the tray holder tray , rubber band on the tray by the cleaning means is placed in said talc rubber belt conveyor line, with the cutting die provided in the rubber of the rubber belt conveyor line, with the rubber of the rubber strip cut by die cut into the valve plate, the valve sheet via the rubber tape feed means placed in the conveyor line.

[0010]上述技术方案中,所述滑石粉清除装置包括腔体,所述腔体上设有一通槽,所述通槽内设有复数把上、下夹刀,所述橡胶带穿过所述通槽,且所述上夹刀的端面抵于所述橡胶带的上端面上,所述下夹刀的端面抵于所述橡胶带的下端面上;所述腔体下方依次设有滑石粉承载腔、真空发生器及过滤袋,所述滑石粉承载腔顶部与所述腔体相连通,所述滑石粉承载腔底部通过所述真空发生器与所述过滤袋相连。 [0010] In the above aspect, the means for removing comprises talc upper chamber, the chamber is provided with a through slot, the slot is provided with a plurality of through-put, the lower blade clamp, a rubber band through the said through groove, and the upper end surface of the knife clamp against the upper face of the rubber band, the lower clamp the knife against the end surface of the lower end surface of the rubber belt; sequentially provided under the cavity talc powder carrier chamber filter bag and vacuum generator, the talc and the top bearing chamber communicating chamber, the bottom talc carried by the vacuum chamber and the generator is connected to the filter bag.

[0011]上述技术方案中,所述橡胶带上料装置包括上料支架及吸料模组,所述吸料模组经一旋转气缸安装于所述上料支架上;所述上料支架安装于所述橡胶带输送线的一侧,所述吸料模组及所述旋转气缸设置于所述橡胶带输送线的正上方,所述旋转气缸经一旋转气缸安装板安装于所述上料支架上;所述吸料模组包括第一吸料模组及第二吸料模组,所述旋转气缸的输出轴上安装有一旋转板,所述旋转板的正中心与所述旋转气缸的输出轴相连,所述旋转板的两端分别安装有所述第一、第二吸料模组,且所述第一、第二吸料模组分别经气管与气源相连。 [0011] In the above aspect, the rubber band feeding means comprise a bracket and a suction module, the said module via a suction cylinder mounted on said rotary feeding holder; feeding said mounting bracket the rubber band on a side of the transfer line, the suction module and the rotary cylinder disposed immediately above the rubber band on the conveyor line, rotation of the cylinder via a rotary cylinder mounted to the upper mounting plate material mounting the suction module comprises a first module and a second suction suction module, the output shaft of the rotary cylinder with a rotating plate, said rotating center of the rotating plate cylinder; bracket connected to the output shaft, said rotary plate is attached to both ends of the first, second material suction module, and the first, second material suction module is connected to the transtracheal air source, respectively.

[0012]上述技术方案中,所述阀盖上料装置包括阀盖料仓、阀盖输送轨道及阀盖抓取模组,所述阀盖料仓内设置阀盖,所述阀盖经所述阀盖输送轨道输送,经所述阀盖抓取模组抓取设置于所述输送线上。 [0012] In the above aspect, the valve means comprises a valve cover material silo cover, valve cover and valve cover grab rail transport module, said valve bonnet disposed magazine cover, the cap over the valve conveying said bonnet conveying track, via the valve cap provided on the gripping modules gripping conveyor line.

[0013]上述技术方案中,所述焊接装置包括4组焊接机构及设置于输送线上方的焊接保压装置,2组所述焊接机构并排且间隔设置于所述输送线的一侧,另外两组所述焊接机构设置于所述输送线的另一侧,所述输送线两侧的焊接机构分别对称设置;所述焊接机构包括焊接机安装座及滑动安装于所述焊接机安装座上的超声波焊接机,所述超声波焊接机的焊接头对应所述输送线设置。 [0013] In the above aspect, the welding device comprises a welding mechanism 4 groups and pressure holding device disposed in the welding side of the conveying line, two sets of parallel and spaced from said welding means provided at one side of the conveying line, two further group said welding means provided at the other side of the transfer line, said transfer line on both sides of the welding means are symmetrically disposed; said welding means comprises a welding machine and slidably mounted to mount the mounting seat welder ultrasonic welding machine, the ultrasonic welding head of the welding machine is provided corresponding to the conveyor line.

[0014]上述技术方案中,所述检测装置测漏装置、上挑检测装置、影印检测装置及剔料装置,所述上挑检测装置及所述测漏装置依次设置于所述焊接装置与所述LOGO移印装置之间,所述影印检测装置及剔料装置依次设置于所述LOGO移印装置与所述收料装置之间。 [0014] The foregoing technical solution, the device leak detection means, detecting means on the pick, photocopying tick feeding device and the detecting means, said detecting means and the pick of the leak detection means is provided in said welding means sequentially with the LOGO between said printing means and said detecting means photocopying tick feeding device LOGO sequentially disposed between the printing means and said rewinding means.

[0015]上述技术方案中,所述收料装置包括上滑道及下滑道,所述上滑道的顶部与所述输送线的尾端相连,所述上滑道自顶部向下倾斜设置;所述上滑道的中部设有第一通槽,所述下滑道的顶部安装于所述第一通槽的下方,并与所述第一通槽相连通,所述第一通槽的底部设有一分隔板,所述分隔板与一分隔气缸相连,所述分隔板可滑动设置于所述第一通槽内,将所述上滑道与所述下滑道分隔。 [0015] In the above technical solution, the device comprising a rewinding slide and glide slope, on top of the slide conveyor tail end of the line is connected to the upper slide downwardly disposed from the top; the chute is provided with a central first channel, the glideslope is mounted below the top of the first channel and the first through groove communicating, through a bottom of the first groove is provided with a partition plate, the partition plate and a cylinder connected to the partition, the partition plate may be slidably disposed through said first slot, with the upper guide rail of the glide slope partition.

[0016]由于上述技术方案运用,本发明与现有技术相比具有下列优点: [0016] Using the above technical solution, the present invention has the following advantages over the prior art:

[0017] 1.本发明中口罩用呼吸阀的组装机由设置于机架输送线处的阀体上料装置、橡胶带输送装置、阀盖上料装置、焊接装置、LOGO移印装置、检测装置及收料装置,所述阀体上料装置、橡胶带输送装置、阀盖上料装置、焊接装置、LOGO移印装置、检测装置及收料装置,这些装置依次设置于所述输送线的起始端至尾端之间,通过这些部分装置的设置及配合使用,实现呼吸阀的阀体、橡胶带及阀盖的全自动组装及检测,无需人工操作,提高生产效率,降低生产成本; [0017] 1. The present invention is a mask with a breathing valve assembly machine by a feeding means disposed in the frame on the valve body at the transfer line, a rubber belt conveyor means, the valve cover feeding device, welding device, LOGO printing means for detecting receiving apparatus and feeding device, said feeding device body, a rubber belt conveyor means, the valve cover feeding device, welding device, LOGO printing means, detecting means and rewinding means, these means are sequentially provided on the conveying line between the starting end to the trailing end portion of the device by providing these and in conjunction to achieve a breathing valve body, automatic assembly and testing of the valve cover and the rubber band, without manual operations, improve production efficiency, reduce production costs;

[0018] 2.本发明中阀体上料装置设有两条输送轨道,分别为第一输送轨道及第二输送轨道,设置两条输送轨道,减小相邻阀体之间的间距,提高生产效率;同时,通过分料分离器的设置,可以将阀体料仓内的阀体送入到两条输送轨道上,无需设置多个料仓即可实现分料分离,既提高了输送效率,也降低了生产成本; [0018] 2. The valve of the present invention, the feed means is provided with two transport rails, respectively, a first and a second transfer rail conveyor track, the conveyor track is provided two, decreasing the spacing between adjacent valve element, to improve the productivity; Meanwhile, by setting dosing separator, within valve body can be fed into the magazine conveyor track two, can be realized without providing a plurality of bins separated dosing, not only improves the efficiency of delivery , also reduces the cost of production;

[0019] 3.本发明中在橡胶带的输送端设置滑石粉清除装置,滑石粉清除装置采用刀片将滑石粉刮去,比液体浸泡、冲洗更简单有效,并且避免了回流过滤的问题,同时下方增加抽真空装置,将刮去的滑石粉收集到过滤袋中,防止扬尘,保证生产环境; Set [0019] 3. The present invention is in the delivery end of the rubber belt cleaning device talc talc talc cleaning means using a blade to scrape off than the soaking liquid, the flushing easier and more effective, and avoids the problem of reflux was filtered while increase the vacuum below the apparatus, the scrape talc collected by filtration bag, to prevent dust, to ensure the production environment;

[0020] 4.本发明中橡胶带上料采用吸料模组将裁切好的橡胶带吸附,然后通过旋转气缸将橡胶带吸附到输送线的正上方,安装于阀体上,旋转气缸的设置,提高橡胶带的上料效率; [0020] 4. The present invention uses the rubber band material suction module with the cut rubber good adsorption, and then by rotating the cylinder just above the rubber band is adsorbed to the transfer line, is mounted on the valve body, the rotatable cylinder provided, improving the efficiency of feeding the rubber strip;

[0021] 5.本发明中在输送线的两侧分别设置两组超声波焊接机,同时对两个产品进行超声波焊接,组装效率高; [0021] The present invention is provided on both sides of the transfer line, respectively, two sets of ultrasonic welding machine, while the product of two ultrasonic welding, a high packing efficiency;

[0022] 6.本发明中收料装置采用上滑道及下滑道,上滑道的中部设置第一通槽,在第一通槽上设置隔板,采用两组滑道,并分别在每组滑道底部放置收集箱,当其中一条滑道底部的收集箱收集满之后,可以打开或关闭隔板,更换另外一条滑道继续收集产品,无需停机更换,效率高。 [0022] 6. The device according to the present invention uses the rewinding slide and glide slope, is provided on the slide the first through the middle groove disposed on the first spacer through-slot, slide two sets, respectively, and each of group chute collecting tank disposed at the bottom, after which the bottom of a collection tank full collection chute, can open or close the spacer, a further replacement products continue collecting chute, without downtime to replace high efficiency.

附图说明 BRIEF DESCRIPTION

[0023]图1是本发明实施例一中的结构示意图; [0023] FIG. 1 is a schematic structural diagram of an embodiment of the present invention;

[0024]图2是图1的立体结构示意图; [0024] FIG. 2 is a schematic perspective view of Figure 1;

[0025]图3是本发明实施例一中阀体上料装置的结构示意图; [0025] FIG. 3 is a schematic structural diagram of an embodiment of the feeding device on the valve body in the embodiment of the present invention;

[0026]图4是本发明实施例一中分料分离器的结构示意图; [0026] FIG. 4 is a block schematic diagram of a separator material equatorial embodiment of the present invention;

[0027I图5是图4的立体结构示意图; [0027I FIG. 5 is a schematic perspective view of Figure 4;

[0028]图6是本发明实施例一中分料分隔装置的结构示意图; [0028] FIG. 6 is a schematic structural diagram of embodiment of the present invention is a material separating device carve;

[0029]图7是图6的左视图; [0029] FIG. 7 is a left side view of Figure 6;

[0030]图8是图6的立体结构示意图; [0030] FIG. 8 is a perspective schematic structural diagram of Figure 6;

[0031 ]图9是本发明实施例一中滑石粉清除装置的结构示意图; [0031] FIG. 9 is a configuration diagram of a cleaning device of the embodiment of talc in the present invention;

[0032]图10是图9的立体结构示意图; [0032] FIG. 10 is a perspective schematic structural diagram of Figure 9;

[0033]图11是本发明实施例一中橡胶带上料装置的结构示意图; [0033] FIG. 11 is a configuration diagram of a rubber belt feed device of the embodiment of the present invention;

[0034]图12是图11的立体结构示意图; [0034] FIG. 12 is a schematic perspective view of the structure of FIG 11;

[0035]图13是本发明实施例一中焊接机构的结构示意图; [0035] FIG. 13 is a schematic structural diagram of an embodiment of the invention the welding means;

[0036]图14是图13的立体结构示意图; [0036] FIG. 14 is a perspective schematic structural diagram of Figure 13;

[0037]图15是本发明实施例一中收料装置的结构示意图; [0037] FIG. 15 is a block diagram of a device in receipt of the embodiment of the present invention;

[0038]图16是图15的立体结构示意图; [0038] FIG. 16 is a perspective structural schematic view of FIG. 15;

[0039]图17是图15的内部结构示意图。 [0039] FIG. 17 is a schematic view of an internal structure of FIG. 15.

[0040]其中:1、机架;11、阀体;12、阀片;13、阀盖;2、输送线;21、测漏装置;22、上挑检测装置;23、影印检测装置;24、剔料装置;3、阀体上料装置;30、阀体料仓;31、分料分离器;32、分料分隔装置;33、拉料装置;34、第一输送轨道;35、第二输送轨道;36、支撑板;37、产品承载台;38、转接板;39、上导向气缸;300、下导向气缸;301、第二转接板;302、螺栓;303、限位缓冲板;304、防撞块;305、产品压板;306、反射式光电传感器;310、安装支架;311、安装板;312、第一侧板;313、第二侧板;314、中间板;315、伸缩气缸;316、第一分隔片;317、第二分隔片;318、左侧板;319、右侧板;320、连板;331、拉料手;332、拉料气缸;333、拉料气缸安装座;334、升降气缸;335、拉手;4、橡胶带输送装置;40、料盘;41、滑石粉清除装置;42、橡胶带输送线;43、橡胶带裁切模具;44、橡胶带上料装置;45、料盘支架;46、 [0040] wherein: a rack; 11, valve element; 12, a valve plate; 13, valve cover; 2, transmission lines; 21, leak detection means; 22, the pick detection means; 23, detecting means photocopying; 24 , tick feeding means; 3, the valve body feeding device; 30, valve hopper; 31, riving splitter; 32, spacer means riving; 33, pull feeding device; 34, a first transfer rail; 35, two conveying track; 36, a support plate; 37, the product carrier units; 38, adapter plate; 39, the guide cylinder; 300, the guide cylinder; 301, a second adapter plate; 302, bolt; 303, limit buffer plate; 304, anti block; 305, product holder; 306, reflection type photoelectric sensor; 310, mounting bracket; 311, mounting plate; 312, a first side panel; 313, a second side panel; 314, the intermediate plate; 315 , telescopic cylinder; 316, a first divided piece; 317, a second divided piece; 318, left plate; 319, a right side plate; 320, link plate; 331, hand pulling materials; 332, pull the feed cylinder; 333, pull feed cylinder mount; 334, lift cylinder; 335, handle; 4, a rubber belt conveyor means; 40, tray; 41, talc cleaning means; 42, a rubber belt conveyor line; 43, die cut the rubber strip; 44, rubber band feeding means; 45, the tray holder; 46, 一橡胶带输送线;47、第二橡胶带输送线;410、腔体;411、通槽;412、上夹刀;413、下夹刀;414、滑石粉承载腔;415、真空发生器;416、过滤袋;417、上夹刀安装座;418、下夹刀安装座;419、肘夹;420、肘夹拉动板;421、上料支架;422、旋转气缸;423、吸料模组;424、旋转气缸安装板;425、第一吸料模组;426、第二吸料模组;427、旋转板;428、伸缩气缸;429、气嘴;430、气嘴安装板;5、阀盖上料装置;51、阀盖料仓;52、阀盖输送轨道;53、阀盖抓取模组;6、焊接装置;61、焊接机构;62、焊接头;63、焊接机安装座;64、超声波焊接机;65、焊接机安装板;66、百分表安装支架;67、百分表;68、测头;7、LOGO移印装置;8、收料装置;81、上滑道;82、下滑道;83、第一通槽;84、分隔板;85、分隔气缸; A rubber belt conveyor line; 47, a second rubber band conveyor line; 410, a cavity; 411, through slot; 412, the folder knife; 413, the folder knife; 414, talc bearing pocket; 415, vacuum generator; 416, filter bags; 417, upper clamp tool mount; 418, lower clamp tool mount; 419, toggle clamp; 420, pulling the toggle clamp plate; 421, the standoffs; 422, rotating cylinder; 423, suction module ; 424, rotating cylinder mounting plate; 425, a first suction module; 426, a second suction module; 427, rotating plate; 428, telescopic cylinder; 429, gas nozzle; 430, gas nozzle mounting plate; 5, feed means bonnet; 51, bonnet hopper; 52, bonnet conveying track; 53, bonnet gripping module; 6, welding apparatus; 61, welding means; 62, welding head; 63, welding machine mount ; 64, ultrasonic welding machine; 65, mounting plate welder; 66, dial indicator mounting bracket; 67, dial indicator; 68, probe; 7, LOGO printing apparatus; 8, receiving means; 81, the slide Tao; 82, glideslope; 83, a first through groove; 84, the partition plate; 85, spacer cylinder;

具体实施方式 detailed description

[0041]下面结合附图及实施例对本发明作进一步描述: [0041] Example embodiments of the present invention will be further described in conjunction with the accompanying drawings and the following:

[0042] 实施例一:参见图1〜17所示,一种口罩用呼吸阀的组装机,包括机架I及设置于机架I上的输送线2,在所述输送线2处的机架I上还设有阀体上料装置3、橡胶带输送装置4、阀盖上料装置5、焊接装置6、L0G0移印装置7、检测装置及收料装置8,所述阀体上料装置3、橡胶带输送装置4、阀盖上料装置5、焊接装置6、L0G0移印装置7、检测装置及收料装置8依次设置于所述输送线2的起始端至尾端之间,所述阀体上料装置3与所述输送线2的起始端相连,所述收料装置8与所述输送线2的尾端相连,且所述阀体上料装置3、橡胶带输送装置4、阀盖上料装置5及所述收料装置8均与所述输送线2相连。 [0042] Example I: Referring to Figure A mask with a breathing valve assembly 1~17 machine, comprising a rack provided on the frame I and I 2 of the transfer line, said transfer line at the machine 2 I also provided on the carrier material feeding device 3 on the valve body on the valve body, the rubber band transport device 4, a valve cap feeding device 5, the welding means 6, L0G0 printing device 7, detection means 8 and the rewinding means, said means 3, a rubber belt conveyor means 4, 5 bonnet feeding device, welding device 6, L0G0 printing device 7, detection means 8 and the rewinding means successively disposed between the starting end of the transfer line 2 to the trailing end, the feeding device is connected to the valve body 3 starting end of the conveyor line 2, said receipt means 8 is connected to the trailing end of the conveying line 2, and the feeding device 3 on the body, the rubber band transport device 4, the valve cover material are connected to the receiving apparatus 5 and the feeding device 8 and the conveying line 2. 在本实施例中,还包括一控制器,所述阀体上料装置3、橡胶带输送装置4、阀盖上料装置5、焊接装置6、L0G0移印装置7、检测装置及收料装置8均与所述控制器相连,控制器用于调度整个机器的运作。 In the present embodiment, further comprising a controller, said feeding device 3 on the body, the rubber band transport device 4, a valve cap feeding device 5, the welding means 6, L0G0 printing device 7, detection device and rewinding means 8 are connected to the controller, a controller for scheduling the operation of the entire machine.

[0043]参见图1〜3所示,所述阀体上料装置3包括阀体料仓30、分料分离器31、输送轨道、分料分隔装置32及拉料装置33,所述阀体料仓30、分料分离器31、输送轨道、分料分隔装置32设置于输送线2的一侧,所述拉料装置33设置于输送线2的另一侧;所述阀体料仓30的出料口与所述分料分离器31的一端相连,所述输送轨道进料端与所述分料分离器31的另一端相连,所述输送轨道的出料端设置于所述输送线2的顶部,所述分料分隔装置32设置于所述输送轨道的出料端的正上方,所述输送轨道为两条并排设置的输送轨道,分别为第一输送轨道34及第二输送轨道35。 [0043] Referring to Figure 1 ~ 3, the feeding device 3 comprises a valve body 30 silo, dosing separator 31, the conveying track, and a separating means 32 splits pull feeding device 33, the valve body 30 silo, dosing separator 31, the conveyor track, riving separating means 32 is provided on one side of the conveying line 2, the pull-feed means 33 is provided at the other side of the transfer line 2; the valve element 30 silo the discharge opening of the dosing separator 31 is connected to one of the conveying track and the feed end of the dosing separator 31 is connected to the other end, the discharge end of the conveying path disposed in said conveying line 2 is a top, the dosing device is spaced above the discharge end 32 disposed on the conveying path, the conveying track for conveying two juxtaposed rails, namely a first conveyor track 34 and second conveyor track 35 .

[0044]参见图4、5所示,所述分料分离器31包括支撑板36、设置于支撑板36上的拨料机构及产品承载台37,所述产品承载台37的两端分别对应所述阀体料仓30的出料口及所述输送轨道的进料端设置,所述拨料机构包括转接板38及设置于转接板38上、下侧的上导向气缸39及下导向气缸300,所述上导向气缸39、下导向气缸300的输出轴方向分别相对设置,所述产品承载台37安装于所述上导向气缸39的顶部,所述上导向气缸39滑动设置于所述转接板38的上方,所述下导向气缸300的顶部或端部与所述转接板38固定相连,所述下导向气缸300的底部滑动设置于所述支撑板36上。 [0044] Referring to FIGS. 4 and 5, the sub-material separator 31 includes a support plate 36, disposed on the dial support plate feeding mechanism 36 and product table 37 on the table 37 of the product carrier corresponding to both ends, respectively the valve of silo discharge opening 30 and the feed end of the conveying path is provided, the feeding mechanism comprises a dial 38 and the adapter plate is provided on the adapter plate 38, on the lower side of the cylinder 39 and the lower guide the guide cylinder 300, the upper guide cylinder 39, the direction of the output shaft 300 of the lower guide cylinders are disposed relative to the product carrier 39 is attached to the slide table 37 is provided on top of the guide cylinder 39, the upper cylinder to the guide said upper adapter plate 38, the top or lower end of the guide cylinder 300 and the adapter plate 38 is fixedly connected to the bottom of the guide cylinder 300 is slidably disposed on the supporting plate 36.

[0045]所述转接板38的右端还固定有第二转接板301,所述第二转接板301设置于所述转接板38的下方,且所述第二转接板301垂直于所述转接板38设置,所述下导向气缸300的右端经一螺栓302与所述第二转接板301相连。 Right [0045] The adapter plate 38 is further fixed to a second adapter plate 301, a second plate 301 disposed below the adapter plate 38 of the adapter, the adapter plate 301 and the second vertical the adapter plate 38 is provided at the right end of the guide cylinder 300 by a bolt 302 connected to the second adapter plate 301. 所述转接板38的左端固定有一限位缓冲板303,所述限位缓冲板303的正中心安装于所述转接板38的左端,且所述限位缓冲板303垂直于所述转接板38设置。 The left end of the adapter plate 38 is fixed to a stopper plate 303 buffer, the center of the buffer plate 303 limit attached to the left end 38 of the adapter plate and the stop plate 303 perpendicular to the rotation buffer contact plate 38 is provided. 所述限位缓冲板303的上、下端分别设有一防撞块304,防止上导向气缸39、下导向气缸300撞到限位缓冲板303上。 The upper limit of the buffer plate 303, the lower end of a collision block 304 are provided to prevent the guide cylinder 39, the guide cylinder 300 under buffer plate 303 hits the stopper.

[0046]所述上导向气缸39设置于所述转接板38上端的右侧,且所述上导向气缸39可向左滑动设置于所述转接板38上。 [0046] The guide cylinder 39 disposed on the right side of the adapter plate 38 to the upper end and the upper guide cylinder 39 may be slidably disposed on the left on the adapter plate 38. 所述第二转接板301固定于所述下导向气缸300的右端上,且所述下导向气缸300可向右滑动设置于所述支撑板36上。 The second adapter plate 301 is fixed on the lower right end of the guide cylinder 300, and the lower right guide cylinder 300 is slidably disposed on the supporting plate 36. 同时,在本实施例中,所述产品承载台37的上方还设有一产品压板305,产品可设置于产品压板305与产品承载台37之间,同时,在产品压板305及产品承载台37上还设有一反射式光电传感器306。 Meanwhile, in this embodiment, the product bearing plate 37 is further provided with a product holder 305, the product may be provided in the product holder 305 and the product between the carrier 37, while the platen 305 and the product in the product table 37 carried on There is also a reflection type photoelectric sensor 306.

[0047]参见图4、5所述,非工作状态下,产品承载台37的一端正对应阀体料仓30的出料口设置,另一端对应第一输送轨道34、第二输送轨道35的相交处设置,产品承载台37、上导向气缸39、下导向气缸300及支撑板36设置于同一直线上。 [0047] Referring to the Figures 4, 5, non-working state, a correct product carrying table 37 corresponding to the valve setting hopper discharge opening 30, and the other end of the corresponding first transfer rail 34, the second transfer rail 35 provided at the intersection, the product table 37, the guide cylinder 39, the lower guide plate 36 and the supporting cylinder 300 disposed on the same straight line. 第一输送轨道34设置于左侧,第二输送轨道35设置于右侧。 First transfer rail 34 disposed on the left side, the second transfer rail 35 disposed on the right side. 使用时,阀体料仓30将一个阀体输送至产品承载台37上,反射式光电传感器306检测到产品承载台37上有产品之后,上导向气缸39先工作,带动产品承载台37向左运动,使产品承载台37上的阀体输送至第一输送轨道34内,然后上导向气缸39复位,等下一个阀体输送至产品承载台37内。 In use, the valve element 30 a silo to a product delivery valve element on the carrier table 37, a reflection-type photoelectric sensor 306 detects the carrier after the products have a product, the first guide cylinder 39 on the work table 37, the table 37 leftward drive product moving the product carrier on the valve body 37 conveyed into the first stage conveyor track 34 and the guide cylinder 39 is reset, and so the valve body next to a product carrying the conveying table 37. 当下一个阀体输送至产品承载台37上,反射式光电传感器306检测到产品承载台37上有产品之后,下导向气缸300工作,带动转接板38、上导向气缸39及产品承载台37向右运动,使产品承载台37上的阀体输送至第二输送轨道35内,然后下导向气缸300复位,等下一个阀体输送至产品承载台37上。 When the next product to the delivery valve element on the carrier table 37, a reflection-type photoelectric sensor 306 detects the product 37 after the product has a bearing, the guide cylinder 300 operates to drive the adapter plate 38, the guide cylinder 39 and the product carrier 37 to the station the right movement, so that the products carried on the valve element 37 to the second transport conveyor track 35 and the guide cylinder 300 is reset, and other products delivered to the next valve element 37 carried on the table. 如此循环,上导向气缸39、下导向气缸300交替运动,将阀体料仓30内的阀体交错输送至第一输送轨道34、第二输送轨道35内。 This cycle, the guide cylinder 39, the guide cylinder 300 alternating movement, the valve body within the silo body 30 conveyed to the first transfer rail interleaving 34, a second transfer rail 35. 实现单道变双道的功能,这样可以无需将阀体料仓制成双轨道也能实现双轨道送料,有效降低了生产成本。 Single-channel dual channel change function, so that the valve body can be made without the silo can be realized two-track two-track feed, effectively reducing the production cost.

[0048]参见图3、6〜8所示,所述分料分隔装置32包括安装支架310、设置于安装支架310上的安装板311及设置于安装板311下方的分隔片,所述分隔片呈U型,包括第一侧板312、第二侧板313及连接所述第一侧板312、第二侧板313顶部的中间板314,所述中间板314经一伸缩气缸315安装于所述安装板311上,所述第一侧板312、第二侧板313的底部分别抵于所述第一输送轨道34、第二输送轨道35内。 [0048] Referring to Figure 3,6~8, the riving separating means 32 includes a mounting bracket 310, the partition plate disposed on the mounting bracket 310 mounting plate 311 and disposed below the mounting plate 311, the spacer sheet U-shaped, comprising a first side 312, second side panel 313 and 312 connecting the first side panel, a second side panel 313 intermediate the top plate 314, the intermediate plate 314 through a telescopic cylinder 315 is mounted to the said upper mounting plate 311, the first side plate 312, bottom plate 313, respectively, abut the second to the first conveyor track 34, the second transfer rail 35. 所述分隔片包括对称设置的第一分隔片316及第二分隔片317,所述第一分隔片316、第二分隔片317设置于所述安装板311的延伸方向上,所述第一分隔片316、第二分隔片317分别经一伸缩气缸315安装于所述安装板311上。 Said partition sheet comprising a first spacer 316 and second spacer 317 disposed symmetrically, the first spacer 316, the second divided piece 317 disposed on the mounting plate 311 extending in the direction of the first partition sheet 316, second sheet 317 are separated by a telescopic cylinder 315 is mounted on the mounting plate 311. 在本实施例中,第一分隔片316靠近安装支架310设置,第二分隔片靠近输送线设置。 In the present embodiment, the first spacer 316 disposed near the mounting bracket 310, the second separator sheet disposed close to the transfer line.

[0049]参见图6〜8所示,所述安装支架310为U型安装支架,包括左侧板318、右侧板319及连接左侧板318、右侧板319的连板320,所述安装支架310经所述左侧板318、右侧板319的底端安装于所述机架I上,且所述左侧板318设置于所述第一输送轨道34的左侧,所述右侧板319设置于所述第二输送轨道35的右侧,所述连板320设置于所述第一输送轨道34、第二输送轨道35的正上方,所述安装板311—端安装于所述连板320上,另一端的底部安装有所述伸缩气缸315,且所述安装板311垂直安装于所述连板320设置。 [0049] Referring to Figure 6 ~ 8, the mounting bracket is U-shaped mounting bracket 310, plate 318 includes a left side, a right side plate 319 and the left connection plate 318, the right side plate 320 of the link plate 319, the through mounting bracket 318 of the left plate 310, the bottom end of the right side plate 319 is mounted on the frame I, and the left side plate 318 disposed at the left side of the first transfer rail 34, of the right the right side plate 319 disposed on the second transfer rail 35, the link plate 320 disposed on the first conveying track 34, just above the second transfer rail 35, the mounting plate is mounted to the end of the 311- said link plate 320, and the other end is attached to the bottom of the telescopic cylinders 315, 311 and the mounting plate 320 disposed perpendicularly attached to the link plate.

[0050]所述输送线2的一侧设有输送轨道,另一侧设置拉料装置33,所述拉料装置33与所述输送轨道设置于同一直线上。 Side [0050] The conveyor line 2 is provided with a transport rail, the other side of the feeding device 33 is provided to pull, the pull-feed means 33 and the conveying track disposed on a same line. 所述拉料装置33包括拉料手331、拉料气缸332及拉料气缸安装座333,所述拉料气缸安装座333安装于所述机架I上,所述拉料手331经所述拉料气缸332安装于所述拉料气缸安装座333上,且所述拉料手331设置于所述输送线2的上方。 The feed means 33 comprises a pull-hand pull material 331, 332 and pull-pull feed cylinder of the feed cylinder mount 333, the mount pull feed cylinder 333 mounted on the frame I, the pull material through the hand 331 pull feed cylinder 332 is mounted to the cylinder mount pull material 333, and the pull-hand material 331 disposed above the conveying line 2. 所述拉料气缸332的输出轴上安装有一升降气缸334,该拉料手331安装于所述升降气缸334的输出轴上。 Pull the feed cylinder 332 is mounted on the output shaft with a lift cylinder 334, the hand 331 is attached to pull the material down the output shaft 334 of the cylinder. 在本实施例中,拉料手331的尾端的顶部与升降气缸334的输出轴相连,前端设有4个拉手335,其中两个拉手335对应第一输送轨道34设置,另外两个拉手335对应所述第二输送轨道35设置。 In the present embodiment, the tail end of the hand to pull the top of the lift cylinder 331 is connected to the output shaft 334, distal handle 335 is provided with four, wherein the two handles 335 corresponding to the first transfer rail 34 is provided, corresponding to the other two handles 335 the second transfer rail 35 is provided.

[0051 ]在本发明中,阀体料仓30为自动送料振动盘,可以自动送料,阀体上料装置3工作时,步骤如下: When [0051] In the present invention, the valve body 30 to automatically feed hopper vibration plate, can be automatically feeding, feeding device 3 on the body work, the following steps:

[0052]①阀体料仓30上料,逐个将阀体送入拨料机构内,再通过拨料机构将阀体交替输送到第一输送轨道34及第二输送轨道35上; [0052] ① feed hopper 30 to the valve body, the valve body into the dial-by-feeding mechanism, then by dialing feed valve mechanism alternately supplied to the first transfer rail 34 and the second transfer rail 35;

[0053]②将阀体通过第一输送轨道34、第二输送轨道35进行输送,当阀体运行到输送轨道的送料端时,伸缩气缸315下压,分别将第二分隔片317、第一分隔片316依次下压,挡住第一输送轨道34、第二输送轨道35上的阀体,且第一分隔片316、第二分隔片317之间设有一块阀体,然后再将第二分隔片317抬起; [0053] ② the valve body 34 by the first transfer rail, a second transfer rail 35 is transported, when the valve body moves to the conveyor feed end of the track, the telescopic cylinder pressure 315, respectively, the second spacer 317, a first spacer sheet 316 are sequentially depressed, blocking the first transfer rail 34, the second valve element on the conveying rails 35, and the first divided piece 316, a valve is provided between the second divided piece 317, and then a second partition piece 317 raised;

[0054]③拉料气缸332伸出,使拉料手331伸于阀体的正上方,升降气缸334下压,使拉料手331的拉手335拉住阀体,拉料气缸332回缩,由拉料手331将阀体拉于输送线2上,然后升降气缸334带动拉料手331上升; [0054] ③ pull feed cylinder 332 is extended so that pull material directly above hand 331 extending in the valve body, under the pressure of the lifting cylinder 334, so that the hand feed handle 331 is pulled to pull the valve body 335, the cylinder 332 is retracted to pull the material, hand pull material from the valve body 331 to pull on the conveying line 2, and lift cylinder 334 to drive the hand pull material 331 rises;

[0055]④第二分隔片317下压、第一分隔片316上升,阀体11被推动向前,当第一分隔片316、第二分隔片317之间设有一个阀体11之后,第一分隔片316下压,第二分隔片317上升,继续上述的拉料动作,完成一次阀体输送于输送线2的步骤。 [0055] ④ second divided piece 317 under pressure, a first divided piece 316 rises, the valve body 11 is pushed forward, when the first divided piece 316, the second partition plate 11 is provided between the valve body 317 after a first a partition plate 316 under pressure, a second divided piece 317 rises, the operation continues to pull material described above, the valve body to complete a step in conveying the transfer line 2.

[0056]在本实施例中,第一分隔片316与第二分隔片317的动作交替进行,当第一分隔片316上升时,则第二分隔片317下压。 [0056] In the present embodiment, the first divided piece 316 and the alternate operation of the second divided piece 317, when the first divided piece 316 is increased, the second divided piece 317 under pressure. 当第一分隔片316下压时,则第二分隔片317上升。 When the first divided piece 316 under pressure, the second divided piece 317 rises.

[0057]参见图1、2、9〜12所示,所述橡胶带输送装置4包括料盘40、滑石粉清除装置41、橡胶带输送线42、橡胶带裁切模具43及橡胶带上料装置44,所述料盘40安装于料盘支架45上,料盘40上的橡胶带经滑石粉清除装置41放置于所述橡胶带输送线42上,所述橡胶带裁切模具43设置于所述橡胶带输送线上,所述橡胶带经所述橡胶带裁切模具43裁切成阀片12,所述阀片12经所述橡胶带上料装置4放置于所述输送线2上的阀体11上。 [0057] Referring to Figure 1,2,9~12, the rubber belt 4 comprises a tray conveying means 40, cleaning means 41 talc, rubber belt conveyor line 42, the cutting mold 43 with the rubber strip and rubber materials 44, the tray 40 is mounted on the tray holder 45, the rubber belt 40 over the tray 41 is placed in the cleaning device talc said rubber belt conveyor line 42, cutting the rubber band 43 is provided in the mold the rubber belt conveyor line, the rubber belt 12 over the rubber mold 43 with a cut sheet cut into the valve, the valve plate 12 via the rubber belt feed means 4 is placed on the conveyor line 2 11 on the valve body. 而在本实施例中,设置有两条并排的橡胶带输送线42,包括第一橡胶带输送线46及第二橡胶带输送线47。 In the present embodiment, there are provided two parallel lines of a rubber belt conveyor 42, a rubber belt comprising a first conveyor line 46 and the second rubber strip conveyor line 47.

[0058] 参见图9、10所示,所述滑石粉清除装置41包括腔体410,所述腔体410上设有一通槽411,所述通槽411内设有复数把上夹刀412、下夹刀413,所述橡胶带穿过所述通槽411,且所述上夹刀412的端面抵于所述橡胶带的上端面上,所述下夹刀413的端面抵于所述橡胶带的下端面上;所述腔体410下方依次设有滑石粉承载腔414、真空发生器415及过滤袋416,所述滑石粉承载腔414顶部与所述腔体410相连通,所述滑石粉承载腔414底部通过所述真空发生器415与所述过滤袋416相连。 As shown in [0058] Referring to FIGS. 9 and 10, the cleaning means 41 comprises talc cavity 410, is provided with a through slot 411 on the cavity 410, the groove 411 through the plurality of features on the folder knife 412, lower clamp tool 413, the rubber band through the through slot 411, and the upper end surface of the clamp cutter 412 against the upper face of the rubber band, the lower clamp tool 413 against the end surface of said rubber the lower end surface of the belt; below the cavity 410 are sequentially provided talc bearing pocket 414, the vacuum generator 415 and filter bag 416, the talcum bearing pocket 414 of the cavity 410 top communicating said talc powder chamber 414 through the bottom of the carrier 415 and the vacuum generator 416 is connected to the filter bag.

[0059]在本实施例中,所述上夹刀412安装于上夹刀安装座417内,所述下夹刀413安装于下夹刀安装座418内,上夹刀安装座417与下夹刀安装座418之间的间隙构成所述通槽411。 [0059] In the present embodiment, the upper blade clamp 412 mounted on the folder knife holder 417 is mounted within the lower clamp 413 is attached to the lower clamp knife blade mounted within the base 418, upper clamp 417 and lower blade clamp mount knife mounting gap 418 between the through-slot configuration 411. 在本实施例中,上夹刀412的底部及下夹刀413的顶部设置于所述通槽411内,且所述下夹刀安装座418至所述上夹刀412的底部之间的距离小于所述下夹刀413顶部至所述下夹刀安装座418之间的距离。 In the present embodiment, the blade clamp 412 and the lower bottom of the top folder knife 413 disposed within the through slot 411, and the distance between the bottom of the knife blade 418 to the mounting clamp on the lower clamp base 412 is less than the lower clamp to the top of the blade 413 at a distance between the clamp cutter 418 is mounted. 在本实施例中,上夹刀412设置有3把,下夹刀413设置有2把,下夹刀413设置于相邻的上夹刀412之间。 In the present embodiment, the blade 412 is provided with a clip 3, the clip 413 is provided with two knives, the knife 413 is provided on the lower clamp in the clamp 412 between the adjacent blade. 使用时,橡胶带穿于通槽411内,由于上夹刀412、下夹刀413交错设置,且下夹刀413安装座至所述上夹刀412的底部之间的距离小于所述下夹刀413顶部至所述下夹刀安装座418之间的距离,这样橡胶带在通槽411内处于波浪形,3把上夹刀412将橡胶带上端面上的滑石粉刮掉,2把下夹刀413将橡胶带下端面上的滑石粉刮掉,使滑石粉掉于滑石粉承载腔414内,由真空发生器415吸到过滤袋416内,防止扬尘。 In use, the rubber band through the through slot 411 in, since the upper blade clamp 412 and lower clamp 413 are staggered blade, blade clamp 413 and the lower mount to clamp distance between the bottom of the upper blade 412 is smaller than the lower clamp knife 413 to the top of the blade the distance between the lower clamp 418 is mounted so that the rubber band is in undulating through slots 411, 412 on the knife clamp 3 to the end face of the rubber band talc scraped, under 2 talc folder knife 413 with the lower end surface of the rubber scrape the talc in the talc carrying out chamber 414, 415 by the vacuum generator 416 sucked into the filter bag, to prevent dusting.

[0060]同时,在本实施例中,所述腔体410的顶部设有一肘夹419,所述肘夹419穿过所述腔体410,经一肘夹拉动板420与所述上夹刀安装座417的顶部相连。 [0060] Meanwhile, in the present embodiment, the cavity 410 of the top 419 is provided with a toggle clamp, the toggle clamp 419 through the chamber 410, via a toggle clamp pulls the clamp cutter 420 and the upper plate top of the mounting seat 417 is connected. 通过肘夹419的设置,可以用于调整上夹刀412的位置,便于调整清除滑石粉的力度。 Provided by the toggle clamp 419, the clamp cutter 412 may be used to adjust the position on, easy to adjust the intensity of talc clear.

[0061 ] 参见图11、12所示,所述橡胶带上料装置44包括上料支架421及吸料模组423,所述吸料模组423经一旋转气缸422安装于所述上料支架421上;所述上料支架421安装于所述橡胶带输送线42的一侧,所述吸料模组423及所述旋转气缸422设置于所述橡胶带输送线42的正上方,所述旋转气缸422经一旋转气缸安装板424安装于所述上料支架421上;所述吸料模组包括第一吸料模组425及第二吸料模组426,所述旋转气缸422的输出轴上安装有一旋转板427,所述旋转板427的正中心与所述旋转气缸422的输出轴相连,所述旋转板427的两端分别安装有所述第一吸料模组425、第二吸料模组426,且所述第一吸料模组425、第二吸料模组426分别经气管与气源相连。 [0061] Referring to Figure 11, the tape feed means 44 comprises a rubber material holder 421 and the suction module 423, the suction of the upper module 423 through a rotating cylinder 422 is mounted on standoffs 421; the bracket 421 is mounted on the feed side of the rubber band on the conveyor line 42, directly above the suction feed module 423 and the rotary cylinder 422 is provided on the rubber belt conveyor line 42, the the rotating cylinder 422 via a rotary cylinder mounting plate 424 mounted on the feeding holder 421; the suction module comprises a first module 425 and the second suction suction module 426, the cylinder 422 of the rotary output a rotary plate attached to the shaft 427, the rotational center of the plate 427 is connected to the output shaft of the rotary cylinder 422, the rotating plate 427 at both ends are respectively attached to the first suction module 425, a second suction module 426, and the first suction module 425, second module 426 are connected to suction air supply transtracheal.

[0062]在本实施例中,所述吸料模组423包括一伸缩气缸428及两个并排设置的气嘴429,所述伸缩气缸428的顶部安装于所述旋转板427的一端,两个气嘴429经气嘴安装板430安装于所述伸缩气缸428的输出轴上。 [0062] In the present embodiment, the suction module 423 comprises a telescoping cylinder 428 and the two gas nozzles 429 disposed side by side, the telescoping cylinder 428 is mounted on the top end of the rotation plate 427, two gas nozzle 429 through gas nozzle mounting plate 430 attached to the telescopic output shaft 428 of the cylinder. 且所述气嘴429与所述气嘴安装板430相连通,所述气嘴安装板430经气管与气源相连。 The air nozzle 429 and the gas nozzle mounting plate 430 is connected through the gas nozzle mounting plate 430 connected to the transtracheal air supply. 在使用时,其中第一吸料模组425的伸缩气缸428下压,气源工作吸气,将第一橡胶带输送线46、第二橡胶带输送线47上裁切好的阀片12吸附于两个气嘴429上,然后旋转气缸工作,将旋转板427转动180°,将第一吸料模组425与第二吸料模组426调换位置,第一吸料模组425的气源吹气,将气嘴429上的阀片12吹于阀体11上,完成阀片12与阀体11的组装。 In use, wherein the first suction module 425 of the telescopic cylinder 428 pressure, the work of the intake air, the conveyor line 46 with a first rubber, the second rubber strip on the conveyor line 47 valve plate 12 cut good adsorption two gas nozzle 429, and the rotating work cylinder, the rotation of the rotary plate 427 180 °, the first module 425 and the second suction suction module 426 exchange position, the first suction gas source module 425 blowing the gas nozzle 429 on the valve plate 12 on the valve body 11 to blow, to complete the assembly of the valve plate 12 and valve body 11. 在第一吸料模组425释放阀片12的过程当中,第二吸料模组426也将第一橡胶带输送线46、第二橡胶带输送线7上的阀片12吸附住,如此循环。 In the process of the first module 425 to release material suction valve 12, a second module 426 will suction valve plate on the conveyor line 46 with a first rubber, the second rubber strip adsorbed live conveyor line 712, and so on .

[0063]所述阀盖上料装置5包括阀盖料仓51、阀盖输送轨道52及阀盖抓取模组53,所述阀盖料仓51内设置阀盖13,所述阀盖13经所述阀盖输送轨道52输送,经所述阀盖抓取模组53抓取设置于所述输送线2上的阀体上,完成阀盖与阀体的组装。 [0063] The valve 5 comprises a valve cover cap feed hopper means 51, the valve cover 52 and valve cover transport rail gripping module (53), said valve cap magazine 51 disposed bonnet 13, a bonnet 13 conveying track via the valve cap 52 conveyed by gripping the valve cover module 53 is provided on the gripping body on the conveying line 2, to complete the assembly of the valve cover and the valve body.

[0064]参见图1、2、13、14所示,所述焊接装置6包括4组焊接机构61及设置于输送线2上方的焊接保压装置,2组所述焊接机构61并排且间隔设置于所述输送线2的一侧,另外两组所述焊接机构61设置于所述输送线2的另一侧,所述输送线2两侧的焊接机构61分别对称设置;所述焊接机构61包括焊接机安装座63及滑动安装于所述焊接机安装座63上的超声波焊接机64,所述超声波焊接机64的焊接头62对应所述输送线2设置。 Shown, said welding device [0064] Referring to FIG. 6 includes four sets 1,2,13,14 welding mechanism 61 and the welding pressure holding device disposed above the conveyor line 2, two sets of the welding means 61 disposed in parallel and spaced 2 to the side of the transfer line, in addition to the two sets of welding means 61 is provided on the other side of the transfer line 2, the conveyor line 2 on both sides of the welding means 61 are symmetrically disposed; said welding means 61 welder 63 includes a mounting seat and slidably mounted on the ultrasonic welding machine welding machine 63 mount 64, the ultrasonic welding head 62 of the welding machine 64 corresponding to the conveyor line 2 is provided. 工作时,4组焊接机构61同时工作,两组设置于输送线2—侧的焊接机构61分别焊接两个产品的一侧,另外两组设置于输送线2另一侧的焊接机构61分别焊接两个产品的另一侧,将呼吸阀的阀体11与阀盖13焊接固定。 In operation, the welding mechanism 61 Group 4 simultaneously, the two welding means 61 provided in 2-side side of the transfer line of the two products are welded, the other two sets disposed at the other side of the transfer line 2 to the welding means 61 are welded the other side of the two products, the breathing valve body 11 and valve cover 13 is welded.

[0065]在本实施例中,所述超声波焊接机64经一焊接机安装板65安装于所述焊接机安装座63上。 [0065] In the present embodiment, the ultrasonic welding machine welding machine 64 via a mounting plate 65 attached to the mount 63 of the welding machine. 所述焊接机安装座63的尾端设有一百分表安装支架66,所述百分表安装支架66上安装有一百分表67,百分表67的测头68抵于所述焊接机安装板65的底部上。 The trailing end of the welding machine 63 is provided with a mount dial indicator mounting bracket 66, the dial 67 is mounted a dial, the dial indicator 68 of the probe 67 against the mounting bracket 66 welded to the 65 installed on the bottom of the plate. 百分表67的设置,用于检测超声波焊接机64设置的是否与机架I平行设置,是否与输送线2平行设置,保证焊接机构61对呼吸阀的焊接质量。 Setting dial 67 for detecting ultrasonic welding machine 64 whether the set I are arranged in parallel with the frame, whether the transfer line 2 arranged in parallel, to ensure the quality of the welding means 61 weld the breathing valve.

[0066] 参见图15〜17所示,所述收料装置8包括上滑道81及下滑道82,所述上滑道81的顶部与所述输送线2的尾端相连,所述上滑道81自顶部向下倾斜设置;所述上滑道81的中部设有第一通槽83,所述下滑道82的顶部安装于所述第一通槽83的下方,并与所述第一通槽83相连通,所述第一通槽83的底部设有一分隔板84,所述分隔板84与一分隔气缸85相连,所述分隔板84可滑动设置于所述第一通槽83内,将所述上滑道81与所述下滑道82分隔。 [0066] Referring to Figure 15~17, said rewinding means 8 comprises a chute 81 and the glide slope 82, 81 is connected to the trailing end of said runner on top of the conveying line 2, the upper slide 81 disposed downwardly from the top of the channel; the middle on the slide 81 is provided with a first through-slot 83, the top track 82 is mounted falling below the first through groove 83 and the first communicating groove 83 through the partition plate 84 is provided with a first through-slot 83 of the bottom, the partition plate 84 is connected to a partition cylinder 85, the partition plate 84 is slidably disposed on the first through the groove 83, the upper guide rail 81 and the partition 82 of the glide slope. 在本实施例中,下滑道82设置于所述输送线2的下方,且所述下滑道82垂直于所述输送线2设置,所述上滑道81与所述输送线2之间呈120°〜165°的夹角。 In the present embodiment, the glide path 82 disposed beneath the conveyor line 2, and the glide path 82 perpendicular to the conveying line 2 is arranged, between the upper guide rail 2 of the transfer line 81 by 120 ° ~165 ° in angle. 在使用时,在所述上滑道81与下滑道82的出料口处都设置一个收料箱,当其中一个收料箱满了之后,打开或关闭分隔板84,更换出料的滑道,直接用另外一个收料箱进行收料,无需停机更换,保证生产效率。 In use, in the chute at the discharge opening 81 and the glide path 82 are disposed a receiving tank, wherein when a full receiving tank, the partition plate 84 is opened or closed, the discharge slip replacement Road, directly with a receiving tank for further receipt, without downtime to replace, to ensure production efficiency.

[0067]在本实施例中,所述检测装置包括测漏装置21、上挑检测装置22、影印检测装置23及剔料装置24,所述上挑检测装置22及所述测漏装置21依次设置于所述焊接装置6与所述LOGO移印装置7之间,所述影印检测装置23及剔料装置24依次设置于所述LOGO移印装置7与所述收料装置8之间。 [0067] In the present embodiment, the leak detection means comprises a means 21, detecting means 22 on the pick, the detection means 23 and a photocopier tick feeding device 24, the detection means 22 and the pick of the leak detection device 21 sequentially 7 is provided between the welding device 6 with the LOGO printing apparatus, said process means 23 and the detecting means 24 are sequentially provided tick feeding means to said printing LOGO 7 and 8 between the said rewinding means.

[0068]在呼吸阀焊接组装完成之后,首先利用上挑检测装置22挑动阀盖13,确认阀盖13是否固定的焊接于阀体11上,并将检测数据反馈至控制器内。 [0068] After completion of the breathing valve assembly welding, the use of the first detecting means 22 pick provoke bonnet 13, bonnet 13 to confirm whether the welding is fixed to the valve body 11, and the detected data is fed back to the controller. 上挑检测完成后,由测漏装置21利用负压检测呼吸阀的阀片12与阀体11之间是否漏气,然后将检测数据反馈至控制器内。 After the completion of pick detected by the leak detection means detecting the negative pressure of the breathing valve 21 leaks between the valve plate 12 and valve body 11, and the detected data is fed back to the controller. 当LOGO移印装置7在呼吸阀上印上LOGO之后,由影印检测装置23检测印在呼吸阀上的LOGO是否合格,再将检测数据反馈至控制器内。 When the printing device LOGO breathing valve 7 on the LOGO printed, photocopied is detected by the detection means 23 on the printed LOGO breathing valve is qualified, then the detected data is fed back to the controller. 最后控制器整合数据,将数据反应至剔料装置24内,由剔料装置24将不合格的产品从输送线上剔除,使输送线2输送的呼吸阀全部都为合格品。 Finally, the integration of data controller, the data to the reaction tick feeding means 24, means 24 by the tick feeding defective products removed from the conveying line, the conveying line 2 are all conveyed breathing valve for qualified products.

Claims (10)

  1. 1.一种口罩用呼吸阀的组装机,其特征在于:包括机架及设置于机架上的输送线,在所述输送线处的机架上还设有阀体上料装置、橡胶带输送装置、阀盖上料装置、焊接装置、LOGO移印装置、检测装置及收料装置,所述阀体上料装置、橡胶带输送装置、阀盖上料装置、焊接装置、LOGO移印装置、检测装置及收料装置依次设置于所述输送线的起始端至尾端之间,所述阀体上料装置与所述输送线的起始端相连,所述收料装置与所述输送线的尾端相连,且所述阀体上料装置、橡胶带输送装置、阀盖上料装置及所述收料装置均与所述输送线相连。 A mask, wherein a breathing valve assembly machine: a chassis and a rack provided on the transfer line, said transfer line on the rack is also provided at the feeding device the valve body, the rubber band conveying means, the valve cover feeding device, welding device, LOGO printing means, detecting means and rewinding means, said valve feeding device, a rubber belt conveyor means, the valve cover feeding device, welding device, LOGO printing apparatus detecting means and rewinding means disposed successively in the conveying line between the starting end to the trailing end of the valve body of the feeding device and connected to the starting end of the conveying line, said receiving means and said line feed trailing end connected to the feeding device, a rubber belt conveyor means feeding device and the valve cover rewinding means are connected to the supply line and the valve body.
  2. 2.根据权利要求1所述的口罩用呼吸阀的组装机,其特征在于:所述阀体上料装置包括阀体料仓、分料分离器、输送轨道、分料分隔装置及拉料装置,所述阀体料仓、分料分离器、输送轨道、分料分隔装置设置于输送线的一侧,所述拉料装置设置于输送线的另一侧;所述阀体料仓的出料口与所述分料分离器的一端相连,所述输送轨道进料端与所述分料分离器的另一端相连,所述输送轨道的出料端设置于所述输送线的顶部,所述分料分隔装置设置于所述输送轨道的出料端的正上方,所述输送轨道为两条并排设置的输送轨道,分别为第一输送轨道及第二输送轨道。 2. The mask according to claim 1 Breathing valve assembly, wherein: said feeding means comprises a valve body silo, dosing separator, conveying track, and a means feeding device pulling the partition Dosing the valve body silo, dosing separator, conveying track, riving spacer means disposed on one side of the transfer line, pulling the feed means is provided at the other side of the transfer line; bunker out of the valve body is connected to the discharge opening is connected to one end of the riving separator, the feed end of the conveying track and the splitter splits the other end, the discharge end of the conveying path disposed at the top of the conveying line, the dosing said dividing means disposed directly above the discharge end of the conveying path, the conveying track is arranged two parallel conveying track, namely a first conveyor track and a second conveyor track.
  3. 3.根据权利要求2所述的口罩用呼吸阀的组装机,其特征在于:所述分料分离器包括支撑板、设置于支撑板上的拨料机构及产品承载台,所述产品承载台的两端分别对应所述阀体料仓的出料口及所述输送轨道的进料端设置,所述拨料机构包括转接板及设置于转接板上、下侧的上导向气缸及下导向气缸,所述上、下导向气缸的输出轴方向分别相对设置,所述产品承载台安装于所述上导向气缸的顶部,所述上导向气缸滑动设置于所述转接板的上方,所述下导向气缸的顶部或端部与所述转接板固定相连,所述下导向气缸的底部滑动设置于所述支撑板上。 3. The mask according to claim 2 breathing valve assembly machine, characterized in that: said Dosing separator includes a support plate, the support plate is provided aside the feeding mechanism and the product carrier units, said product carrier units corresponding to both ends of the discharge opening and the feed end of the conveying path disposed in the valve body magazine, said feed means comprising a dial disposed in the adapter plate and the adapter plate, on the underside of the guide cylinder and the guide cylinder, the upper and lower guide direction of the output shaft relative to the cylinder are provided, said product carrying platform mounted on the top of the guide cylinder, the upper guide cylinder slidably disposed over the adapter plate, tip or end portion of the adapter plate of the lower guide cylinder is fixedly connected to the bottom of the lower guide cylinder slidably disposed on the support plate.
  4. 4.根据权利要求1所述的口罩用呼吸阀的组装机,其特征在于:所述橡胶带输送装置包括料盘、滑石粉清除装置、橡胶带输送线、橡胶带裁切模具及橡胶带上料装置,所述料盘安装于料盘支架上,料盘上的橡胶带经滑石粉清除装置放置于所述橡胶带输送线上,所述橡胶带裁切模具设置于所述橡胶带输送线上,所述橡胶带经所述橡胶带裁切模具裁切成阀片,所述阀片经所述橡胶带上料装置放置于所述输送线上。 4. The mask according to claim 1 Breathing valve assembly, wherein: said means comprises a rubber belt conveyor tray, talc cleaning means, a rubber belt conveyor line, with the rubber mold and cutting the rubber band feeding means mounted on the tray holder on the tray, the tray with a rubber over mold talc clear rubber belt conveyor disposed in said line means disposed on the rubber belt conveyor line, with the cut rubber on the rubber band by the band cut into the rubber mold cut valve, the valve sheet via the rubber tape feed means placed in the conveyor line.
  5. 5.根据权利要求4所述的口罩用呼吸阀的组装机,其特征在于:所述滑石粉清除装置包括腔体,所述腔体上设有一通槽,所述通槽内设有复数把上、下夹刀,所述橡胶带穿过所述通槽,且所述上夹刀的端面抵于所述橡胶带的上端面上,所述下夹刀的端面抵于所述橡胶带的下端面上;所述腔体下方依次设有滑石粉承载腔、真空发生器及过滤袋,所述滑石粉承载腔顶部与所述腔体相连通,所述滑石粉承载腔底部通过所述真空发生器与所述过滤袋相连。 The mask as claimed in claim 4, wherein a breathing valve assembly machine, characterized in that: said removal means comprises a talc cavity, the cavity is provided with a through slot, the slot is provided with a plurality of through-put the upper and lower blade clamp, a rubber band pass through the slot and the upper end surface of the knife clamp against the upper surface of the rubber band, the lower clamp the knife against the end surface of the rubber band the lower end face; sequentially provided under the cavity talc bearing chamber, the vacuum generator and filter bag, the chamber ceiling talc carrier communicating with said cavity, the bottom of the vacuum chamber through the carrier talc generator is connected with the filter bags.
  6. 6.根据权利要求4所述的口罩用呼吸阀的组装机,其特征在于:所述橡胶带上料装置包括上料支架及吸料模组,所述吸料模组经一旋转气缸安装于所述上料支架上;所述上料支架安装于所述橡胶带输送线的一侧,所述吸料模组及所述旋转气缸设置于所述橡胶带输送线的正上方,所述旋转气缸经一旋转气缸安装板安装于所述上料支架上;所述吸料模组包括第一吸料模组及第二吸料模组,所述旋转气缸的输出轴上安装有一旋转板,所述旋转板的正中心与所述旋转气缸的输出轴相连,所述旋转板的两端分别安装有所述第一、第二吸料模组,且所述第一、第二吸料模组分别经气管与气源相连。 The mask as claimed in claim 4, wherein a breathing valve assembly machine, characterized in that: said feed means comprises a rubber band feeding and suction holder module, via the suction module is mounted on a rotating cylinder feeding the upper bracket; said material holder mounted on one side of the rubber band on the conveyor line, the rotation of the suction module and disposed immediately above the cylinder on the rubber belt conveyor line, the rotation mounting the suction module comprises a first module and a second suction suction module, the output shaft of the rotary cylinder with a rotating plate; a rotating cylinder by a cylinder mounting plate mounted to the upper bracket feeding center of the rotation plate is connected to the output shaft of the rotary cylinder, said rotary plate is attached to both ends of the first, second material suction module, and the first, second material suction mold transtracheal group are connected to a gas source.
  7. 7.根据权利要求1所述的口罩用呼吸阀的组装机,其特征在于:所述阀盖上料装置包括阀盖料仓、阀盖输送轨道及阀盖抓取模组,所述阀盖料仓内设置阀盖,所述阀盖经所述阀盖输送轨道输送,经所述阀盖抓取模组抓取设置于所述输送线上。 The mask according to claim 1 Breathing valve assembly, characterized in that: said feed means comprises a valve bonnet silo cover, valve cover and valve cover grab rail transport module, said valve cover a bin disposed bonnet, the bonnet cap conveying track via the delivery valve, through said valve cover is provided on the gripping modules gripping conveyor line.
  8. 8.根据权利要求1所述的口罩用呼吸阀的组装机,其特征在于:所述焊接装置包括4组焊接机构及设置于输送线上方的焊接保压装置,2组所述焊接机构并排且间隔设置于所述输送线的一侧,另外两组所述焊接机构设置于所述输送线的另一侧,所述输送线两侧的焊接机构分别对称设置;所述焊接机构包括焊接机安装座及滑动安装于所述焊接机安装座上的超声波焊接机,所述超声波焊接机的焊接头对应所述输送线设置。 8. The mask according to claim 1 Breathing valve assembly, characterized in that: said apparatus comprises four sets of welding and welding means provided at the welding pressure holding means conveying line side, two sets side by side and said welding means spaced to one side of the conveyor line, the two welding means further disposed on the other side of the conveying line, said conveying means on both sides of the weld line are symmetrically disposed; said welding means comprises a welding installation base and slidably attached to the ultrasonic welding machine welding machine mounting base of the ultrasonic welding machine welding head is provided corresponding to the conveyor line.
  9. 9.根据权利要求1所述的口罩用呼吸阀的组装机,其特征在于:所述检测装置测漏装置、上挑检测装置、影印检测装置及剔料装置,所述上挑检测装置及所述测漏装置依次设置于所述焊接装置与所述LOGO移印装置之间,所述影印检测装置及剔料装置依次设置于所述LOGO移印装置与所述收料装置之间。 9. The mask according to claim 1 with a breathing valve assembly machine, wherein: said leak detection means detecting means, detecting means on the pick, photocopying tick feeding device and the detecting means, said detecting means and the pick of the said leak detection means successively disposed between the welding device and the LOGO printing apparatus, said process means and a detecting means sequentially feeding tick LOGO printing means disposed between said receipt to said device.
  10. 10.根据权利要求1所述的口罩用呼吸阀的组装机,其特征在于:所述收料装置包括上滑道及下滑道,所述上滑道的顶部与所述输送线的尾端相连,所述上滑道自顶部向下倾斜设置;所述上滑道的中部设有第一通槽,所述下滑道的顶部安装于所述第一通槽的下方,并与所述第一通槽相连通,所述第一通槽的底部设有一分隔板,所述分隔板与一分隔气缸相连,所述分隔板可滑动设置于所述第一通槽内,将所述上滑道与所述下滑道分隔。 10. The mask according to claim 1 Breathing valve assembly, wherein: said receiving means comprise a slideway and glideslope connected to the trailing end of the transfer line to the top of the upper slide , the upper chute disposed downwardly from the top; the middle on the slide is provided with a first through groove, the decline of track mounted below the top of the first channel and the first communicating through groove, the partition plate is provided with a bottom of the first groove through the partition plate and a cylinder connected to the partition, the partition plate may be slidably disposed through said first slot, said the glide slope on the slide partition.
CN 201610011260 2016-01-08 2016-01-08 Is the mask with a breathing valve assembly machine CN105598686B (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106392592A (en) * 2016-10-18 2017-02-15 黄山市屯溪工程塑料厂 Automatic drain valve deck screwing device and assembling method of valve deck

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US4253455A (en) * 1978-08-07 1981-03-03 A-T-O Inc. Breathing valve assembly with diaphragm control of the exhaust ports
US4606340A (en) * 1983-07-14 1986-08-19 Figgie International Inc. Combined pressure compensating exhalation and anti-suffocation valve
CN202668049U (en) * 2012-07-18 2013-01-16 大连智云自动化装备股份有限公司 Cylinder head assembly automatic assembly line
CN103656902A (en) * 2012-09-03 2014-03-26 上海港凯净化制品有限公司 Breather valve structure
CN204745408U (en) * 2015-06-26 2015-11-11 杭州胖嘟嘟医疗用品有限公司 Can form intelligence wearing gauze mask of airtight respiratory cavity with face
CN105173624A (en) * 2015-09-14 2015-12-23 歌尔声学股份有限公司 Stock bin bottom charging and discharging device and method thereof
CN205342418U (en) * 2016-01-08 2016-06-29 苏州隆士丹自动化技术有限公司 Kludge of breather valve for gauze mask

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4253455A (en) * 1978-08-07 1981-03-03 A-T-O Inc. Breathing valve assembly with diaphragm control of the exhaust ports
US4606340A (en) * 1983-07-14 1986-08-19 Figgie International Inc. Combined pressure compensating exhalation and anti-suffocation valve
CN202668049U (en) * 2012-07-18 2013-01-16 大连智云自动化装备股份有限公司 Cylinder head assembly automatic assembly line
CN103656902A (en) * 2012-09-03 2014-03-26 上海港凯净化制品有限公司 Breather valve structure
CN204745408U (en) * 2015-06-26 2015-11-11 杭州胖嘟嘟医疗用品有限公司 Can form intelligence wearing gauze mask of airtight respiratory cavity with face
CN105173624A (en) * 2015-09-14 2015-12-23 歌尔声学股份有限公司 Stock bin bottom charging and discharging device and method thereof
CN205342418U (en) * 2016-01-08 2016-06-29 苏州隆士丹自动化技术有限公司 Kludge of breather valve for gauze mask

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106392592A (en) * 2016-10-18 2017-02-15 黄山市屯溪工程塑料厂 Automatic drain valve deck screwing device and assembling method of valve deck

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