WO2018218831A1 - 口罩密封条贴合整机 - Google Patents

口罩密封条贴合整机 Download PDF

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Publication number
WO2018218831A1
WO2018218831A1 PCT/CN2017/103343 CN2017103343W WO2018218831A1 WO 2018218831 A1 WO2018218831 A1 WO 2018218831A1 CN 2017103343 W CN2017103343 W CN 2017103343W WO 2018218831 A1 WO2018218831 A1 WO 2018218831A1
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WIPO (PCT)
Prior art keywords
sealing strip
mask
punching
cylinder
roller
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PCT/CN2017/103343
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English (en)
French (fr)
Inventor
谢广鹏
Original Assignee
谢广鹏
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Application filed by 谢广鹏 filed Critical 谢广鹏
Publication of WO2018218831A1 publication Critical patent/WO2018218831A1/zh

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Classifications

    • AHUMAN NECESSITIES
    • A41WEARING APPAREL
    • A41DOUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D13/00Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches
    • A41D13/05Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches protecting only a particular body part
    • A41D13/11Protective face masks, e.g. for surgical use, or for use in foul atmospheres
    • A41D13/1161Means for fastening to the user's head

Definitions

  • the present invention relates to a mask sealing strip bonding machine.
  • a mask strip (x2) that is, a metal strip
  • the clip is formed by pressing the clip (x2) so that the mask is formed between the nose and the nose.
  • a good fit curve In order to better maintain the mask tightness, many masks are attached with a sponge strip behind the clip nose (x2) on the inside of the mask, as shown in Figure 1. The back of the sponge strip is glued to the inside of the mask and the clip strip.
  • a mask sealing strip is attached to a whole machine, comprising a frame, and a punching portion provided on the frame for punching the mask cloth, and a mounting portion for mounting a weather strip; including a punched portion and a mounting portion;
  • the punching portion includes a first roller group and a second roller group, and each of the first roller group and the second roller group includes two rolling rollers for arranging the oppositely disposed oppositely disposed for feeding the mask cloth;
  • the utility model further comprises a perforated disc located between the first roller group and the second roller group, wherein the perforating disc is provided with a rectangular through hole; the perforating disc is provided with a perforating knife and a first cylinder, the first cylinder power
  • the output end drives the punching knife to make a punching action downward;
  • the second roller group is far away a first photoelectric sensor for sensing the mask cloth is disposed on one side of the punching disc;
  • the mounting portion includes a third roller group and a fourth roller group, and the third roller group and the fourth roller group each include two rolling rollers that are oppositely disposed to be oppositely turned and used for pinching the mask cloth; Also included is a strap placement mechanism, a fusion mechanism, and a seal strip transport mechanism;
  • the strap placement mechanism includes a plate having an L-shaped cross section, a sliding block is disposed on the surface of the plate, and further includes a second cylinder, and the second cylinder power output end drives the sliding block to push the back strip forward, and further includes a first shearing cutter head set on a side of the plate for cutting the back strip;
  • the sealing strip conveying mechanism comprises a set of conveying pin wheel, a storage table and a pushing table; the pushing table and the top surface of the storage table are respectively provided with a storage slot, and further comprises a third cylinder, and the third cylinder power output end drives the driving
  • the table lifts the sealing strip upwards; further comprising a second shearing cutter head set between the pushing platform and the storage table for cutting the sealing strip; the side of the pushing platform away from the storage platform is further provided with a contact sensor;
  • the fusion mechanism includes a fusion head and a fourth cylinder, the fourth cylinder pushes the fusion head downward, and the fusion head is used to bond the back strip to the tenon of the sealing strip.
  • a plurality of second photoelectric sensors for sensing the mask cloth are disposed outside the fourth roller group.
  • a side of the top surface of the storage table near the pinch wheel is provided with a guide door frame.
  • the mounting portion further comprises a mask cloth placing tray disposed between the three roller group and the fourth roller group, the length of the mask cloth placing disk being the same as the length of the rolling roller of the fourth roller group.
  • the contact sensor is an ultrasonic fuse.
  • the contact sensor is a thermal head.
  • the top storage slot of the push table is formed by the storage arm, and the side of the two storage arms near the storage table is a slope.
  • 1 is a partial cross-sectional view of a conventional mask
  • 2 is a sealing strip for attaching to the present invention
  • Figure 3 is a cross-sectional view of the mask of the present invention.
  • FIG. 4 is a mask cloth shape before the mask is re-entered into the present invention.
  • Figure 5 is a front elevational view of the present invention.
  • Figure 6 is a perspective view of the present invention.
  • Figure 7 is a perspective view of another angle of the present invention.
  • Figure 8 is a partial enlarged view of Figure 7;
  • FIGS. 1 to 8 illustrate:
  • 61-third cylinder 62-pushing table; 63-second cutting bit set; 64-storage table; 65-guide door frame; 66- transfer pin wheel;
  • FIG. 2 is a sealing strip x4 used in the present invention.
  • the sealing strip x4 is internally embedded with a metal strip, that is, a clip strip x2, and a top surface is convex with a tenon x5.
  • the tenon x5 passes through the mask, and a back strip x6 merges with the tenon x5 to form a complete sealing strip x4 and a clip strip x2 function.
  • Fig. 4 is a shape of the mask cloth xl before punching. Actually, after the mask cloth x1 of Fig. 4 is mounted on the sealing strip x4, the mask is stitched to form a mask.
  • a mask sealing strip according to the embodiment is attached to the whole machine, including a frame, and is disposed on the frame.
  • the punched portion includes a first roller set 11 and a second roller set 12, and the first roller set 11 and the second roller set 12 each include two parallel sets of oppositely directed turns for the clip mask cloth a rolling roller of xl; further comprising a perforated disk 31 between the first roller set 11 and the second roller set 12, the punching disk 31 is provided with a rectangular through hole 34; the punching disk 31 is provided with a punch The hole cutter 32 and the first cylinder 33, the power output end of the first cylinder 33 drives the punching knife 32 to perform a punching operation downward; the side of the second roller group 12 away from the punching disk 31 is provided with a set of masks for sensing the mask xl First photoelectric sensor 21;
  • the mask cloth x1 is moved forward by the transmission of the first roller set 11, and then until it is clamped by the second roller group 12, one end of the mask cloth x1 reaches the first photoelectric sensor 21, and due to the first photoelectric
  • the induction of the inductor 21 causes both the first roller set 11 and the second roller set 12 to stop moving. Thereafter, the mask cloth x1 is also sandwiched by the first roller group 11 on one side, and the second roller group 12 is sandwiched on the other side, and the main body is placed on the punching tray 31, and then pressed down by the first cylinder 33.
  • the hole cutter 32 performs punching. After the punching is completed, the second roller group 12 continues to move, and the masked cloth x1 is transferred to the mounting area.
  • the mounting portion includes a third roller set 13 and a fourth roller set 14, and the third roller set 13 and the fourth roller set 14 each include two parallel sets of oppositely directed turns for the clip mask cloth
  • the rolling roller of xl further comprising a strap placement mechanism, a fusion mechanism and a sealing strip x4 conveying mechanism;
  • the strap placing mechanism comprises a plate 51 having an L-shaped cross section, the sliding surface 52 is placed on the surface of the plate 51, and further comprises There is a second cylinder 53, the second cylinder 53 power output driving the sliding block 52 forwardly pushes the back strip x6, further includes a first shearing cutter set 54 for cutting the back strip x6 disposed on one side of the setting plate 51;
  • the sealing strip x4 conveying mechanism comprises a set of conveying pin wheel 66, a storage table 64 and a pushing table 62; the top surface of the pushing table 62 and the storage table 64 are provided with a storage slot 72, and further comprises a third cylinder 61, a third cylinder 61
  • the third roller set 13 and the fourth roller set 14 sandwich the mask cloth x1 and are positioned by the second photo sensor 22, and the transfer pinch 66 conveys the sealing strip x4, sealed
  • the main body of the strip x4 is located in the storage slot 72, and the tenon x5 leaks out until the free end of the sealing strip x4 reaches the contact sensor 23, the crucible conveying pin 66 stops transmitting, and the second cutting bit group 63 cuts the sealing strip x4, Then, the pushing table 62 is moved upward, and the tenon x5 of the sealing strip x4 is passed through the hole punched by the mask cloth xl, and is extended; the back strap placing mechanism
  • the strap is a rubber strip that passes through the first shearing cutter head group 54 and reaches the vertical wall of the placing plate 51.
  • the first shearing cutter head group 54 cuts the back strip x6, and then the sliding block 52 advances the cut back strip.
  • X6 forward, since the edge of the plate 51 is just above the pushing table 62, the backing strip x6 is just pushed on the top surface of the mouthpiece of the mask cloth xl, and then the fusion device is pressed down to carry out the back strip x6 and convex ⁇ x5 fusion. It can be fused by ultrasonic fusion.
  • the fourth roller set 14 moves the mask cloth xl to the lower first-class water line for subsequent stitching, folding and ear treatment.
  • the fusion mechanism includes a fusion head 42 that pushes the fusion head 42 downward and a fourth cylinder 41 for bonding the back strip x6 to the tenon x5 of the sealing strip x4.
  • a mask sealing strip according to the embodiment is attached to the whole machine, and a second photoelectric sensor 22 for sensing the mask cloth x1 is disposed outside the fourth roller group 14.
  • the guide door frame 65 is disposed on a side of the top surface of the storage table 64 near the pinch wheel. Used for guiding to prevent the seal strip x4 from running off.
  • a mask sealing strip according to the embodiment is attached to the whole machine, and the mounting portion further includes a mask cloth placing tray 71 disposed between the three roller group and the fourth roller group 14, and the mask cloth placing tray
  • the length of 71 is the same as the length of the rolling roller of the fourth roller set 14. Used to give up because the thickness of the mask that installed the seal strip x4 becomes larger.
  • the length of the two rolling rollers of the fourth roller group 14 does not exceed the area of the pushing table 62.
  • a mask sealing strip is attached to the whole machine, and the contact sensing device is an ultrasonic fusion device.
  • a mask sealing strip is attached to the whole machine, and the contact sensing device is a thermal indenter.
  • the top storage groove 72 of the push table 62 is formed by a storage arm, and the side of the two storage arms near the storage table 64 is a slope.
  • the sealing strip x4 is entered into the storage slot 72 of the push table more quickly and accurately.

Abstract

一种口罩密封条贴合整机,包括有机架,以及设于机架上的用于给口罩布(x1)打孔的打孔部分,以及用于安装密封条(x4)的安装部分;打孔部分包括有第一辊组(11)以及第二辊组(12),第一辊组(11)和第二辊组(12)均包括有两个平行设置转向相反的、用于夹送口罩布(x1)的滚动辊;还包括有位于第一辊组(11)和第二辊组(12)之间的打孔盘(31),打孔盘(31)上设有矩形过孔(34);打孔盘(31)上方设有打孔刀(32)以及第一气缸(33),第一气缸(33)动力输出端驱动打孔刀(32)向下做打孔动作;第二辊组(12)远离打孔盘(31)的一侧设有一组用于感应口罩布(x1)的第一光电感应器(21);通过整机结构的设计,实现了特种的密封条(x4)的安装贴合一体化工作,填补了市场的空白。

Description

说明书 发明名称:口罩密封条贴合整机
技术领域
[0001] 本发明涉及一种口罩密封条贴合整机。
背景技术
[0002] 目前, 口罩为了能够让口罩与鼻子之间贴合的更好, 使用了夹鼻条 (x2) , 即 一个金属条, 使用吋按压夹鼻条 (x2) 使得口罩形成与鼻子之间有一个好的贴 合曲线。 而为了更好的保持口罩密闭性, 很多口罩又在口罩内侧的夹鼻条 (x2 ) 后面贴了一个海绵贴条, 如图 1, 海绵贴条背面为胶贴设在口罩内侧与夹鼻条
(x2) 位置对应。 这种构造只适合短期和干燥环境使用, 在高级口罩的长期使 用吋, 夹鼻条 (x2) 和海绵贴条都会容易掉。 有其是海绵贴条, 潮湿的口罩会 导致背胶与无纺布之间的粘合力下降, 从而调下来, 非常影响品质; 因此, 申 请人设计了一个夹鼻条 (x2) 与密封条 (x4) —体的密封条 (x4) , 即将海绵 条 (x3) 替换为柔软的橡胶条, 顶面凸起有凸楞 (x5) , 橡胶条内嵌设有金属 条, 凸楞 (x5) 和穿过口罩, 再与一个橡胶的背条 (x6) 融合在一起, 这样就 形成了铆在一起, 因此申请人还设计了一款贴合该密封条 (x4) 的机器。
技术问题
问题的解决方案
技术解决方案
[0003] 本发明的目的在于克服以上所述的缺点, 提供一种口罩密封条贴合整机。
[0004] 为实现上述目的, 本发明的具体方案如下: 一种口罩密封条贴合整机, 包括有 机架, 以及设于机架上的用于给口罩布打孔的打孔部分, 以及用于安装密封条 的安装部分; 包括有打孔部分和安装部分;
[0005] 所述打孔部分包括有第一辊组以及第二辊组, 第一辊组和第二辊组均包括有两 个平行设置转向相反的、 用于夹送口罩布的滚动辊; 还包括有位于第一辊组和 第二辊组之间的打孔盘, 打孔盘上设有矩形过孔; 所述打孔盘上方设有打孔刀 以及第一气缸, 第一气缸动力输出端驱动打孔刀向下做打孔动作; 第二辊组远 离打孔盘的一侧设有一组用于感应口罩布的第一光电感应器;
[0006] 所述安装部分包括有第三辊组和以及第四辊组, 第三辊组和第四辊组均包括有 两个平行设置转向相反的、 用于夹送口罩布的滚动辊; 还包括有一个背带放置 机构、 融合机构以及密封条传送机构;
[0007] 所述背带放置机构包括有截面呈 L形的置板, 置板表面放置有滑动块, 还包括 有第二气缸, 第二气缸动力输出端驱动滑动块向前推送背条, 还包括有设于置 板一侧的用于剪断背条的第一剪断刀头组;
[0008] 所述密封条传送机构包括有一组传送夹轮、 存放台、 推动台; 推动台和存放台 顶面均设有存放槽, 还包括有第三气缸, 第三气缸动力输出端驱动推动台向上 举起密封条; 还包括有设于推动台和存放台之间的用于剪断密封条的第二剪断 刀头组; 推动台远离存放台的一侧还设有接触感应器;
[0009] 融合机构包括有融合头以及第四气缸, 第四气缸推动融合头向下运动, 融合头 用于将背条与密封条的凸楞粘合在一起。
[0010] 其中, 所述第四辊组外侧设有一组用于感应口罩布的第二光电感应器。
[0011] 其中, 所述存放台顶面靠近夹送轮的一侧设有导向门框。
[0012] 其中, 所述安装部分还包括设于三辊组和以及第四辊组之间的口罩布放置盘, 口罩布放置盘的长度与第四辊组的滚动辊长度相同。
[0013] 其中, 所述第四辊组的两个滚动辊长度不超过推动台的区域。
[0014] 其中, 所述接触感应器为超声波融合器。
[0015] 其中, 所述接触感应器为热压头。 所述推动台的顶面存放槽由存放臂形成, 两 个存放臂靠近存放台的一侧为斜面。
发明的有益效果
有益效果
[0016] 通过上述结构, 实现了特种的密封条的安装贴合一体化工作, 填补了市场的空 白。
对附图的简要说明
附图说明
[0017] 图 1是现有口罩的部分截面图; [0018] 图 2是本发明用来贴的密封条;
[0019] 图 3是本发明贴好的口罩的截面图;
[0020] 图 4是口罩再进入本发明之前的口罩布形状。
[0021] 图 5是本发明的前视图;
[0022] 图 6是本发明的立体图;
[0023] 图 7是本发明的另一个角度的立体图;
[0024] 图 8是图 7的一个局部放大图;
[0025] 图 1至图 8中的附图标记说明:
[0026] xl-口罩布; x2-夹鼻条; x3-海绵条; x4-密封条; x5-凸楞; x6-背条;
[0027] 11-第一辊组; 12-第二辊组; 13-第三辊组; 14-第四辊组;
[0028] 21-第一光电感应器; 22-第二光电感应器; 23-接触感应;
[0029] 31-打孔盘; 32-打孔刀; 33-第一气缸; 34-矩形过孔;
[0030] 41-第四气缸; 42-融合头;
[0031] 51-置板; 52-滑动块; 53-第二气缸; 54-第一剪断刀头组;
[0032] 61-第三气缸; 62-推动台; 63-第二剪断刀头组; 64-存放台; 65-导向门框; 66- 传送夹轮;
[0033] 71-口罩布放置盘; 72-存放槽。
本发明的实施方式
[0034] 下面结合附图和具体实施例对本发明作进一步详细的说明, 并不是把本发明的 实施范围局限于此。
[0035] 如图 2, 是本发明所使用的密封条 x4, 密封条 x4内部嵌有金属条, 即夹鼻条 x2 , 顶面凸起有凸楞 x5。 如图 3, 凸楞 x5穿过口罩, 一个背条 x6与凸楞 x5—起融合 在一起, 形成一个完整的密封条 x4和夹鼻条 x2功能。 如图 4, 图 4是口罩布 xl在 打孔前的一个形状, 实际制作吋, 将图 4的口罩布 xl安装完密封条 x4后, 在将缺 口缝合形成一个口罩。
[0036] 如图 5至图 8所示:
[0037] 本实施例所述的一种口罩密封条贴合整机, 包括有机架, 以及设于机架上的用 于给口罩布打孔的打孔部分, 以及用于安装密封条的安装部分。
[0038] 所述打孔部分包括有第一辊组 11以及第二辊组 12, 第一辊组 11和第二辊组 12均 包括有两个平行设置转向相反的、 用于夹送口罩布 xl的滚动辊; 还包括有位于 第一辊组 11和第二辊组 12之间的打孔盘 31, 打孔盘 31上设有矩形过孔 34; 所述 打孔盘 31上方设有打孔刀 32以及第一气缸 33, 第一气缸 33动力输出端驱动打孔 刀 32向下做打孔动作; 第二辊组 12远离打孔盘 31的一侧设有一组用于感应口罩 布 xl的第一光电感应器 21 ;
[0039] 具体的, 口罩布 xl通过第一辊组 11的传动向前运动, 然后直到被第二辊组 12夹 住, 口罩布 xl的一端到达第一光电感应器 21, 并由于第一光电感应器 21的感应 , 使得第一辊组 11和第二辊组 12均停止运动。 此吋, 口罩布 xl还一侧被第一辊 组 11夹住, 另一侧被第二辊组 12夹住, 主体被放置在打孔盘 31上, 再由第一气 缸 33向下压打孔刀 32进行打孔。 打孔完毕后, 第二辊组 12继续运动, 将打好孔 的口罩布 xl传送至安装区域。
[0040] 所述安装部分包括有第三辊组 13和以及第四辊组 14, 第三辊组 13和第四辊组 14 均包括有两个平行设置转向相反的、 用于夹送口罩布 xl的滚动辊; 还包括有一 个背带放置机构、 融合机构以及密封条 x4传送机构; 所述背带放置机构包括有 截面呈 L形的置板 51, 置板 51表面放置有滑动块 52, 还包括有第二气缸 53, 第二 气缸 53动力输出端驱动滑动块 52向前推送背条 x6, 还包括有设于置板 51一侧的 用于剪断背条 x6的第一剪断刀头组 54; 所述密封条 x4传送机构包括有一组传送 夹轮 66、 存放台 64、 推动台 62; 推动台 62和存放台 64顶面均设有存放槽 72, 还 包括有第三气缸 61, 第三气缸 61动力输出端驱动推动台 62向上举起密封条 x4; 还包括有设于推动台 62和存放台 64之间的用于剪断密封条 x4的第二剪断刀头组 6 3; 推动台 62远离存放台 64的一侧还设有接触感应 23器;
[0041] 具体的, 与打孔区域类似, 第三辊组 13和第四辊组 14夹住口罩布 xl, 并由第二 光电感应器 22进行定位, 传送夹轮 66传送密封条 x4, 密封条 x4的主体位于存放 槽 72内, 凸楞 x5漏出来, 直到密封条 x4的自由端到达接触感应 23器, 此吋传送 夹轮 66停止传送, 第二剪断刀头组 63剪断密封条 x4, 然后推动台 62向上运动, 将密封条 x4的凸楞 x5穿过口罩布 xl打好的孔内, 并伸出来; 此吋背带放置机构 , 背带就是橡胶条, 从第一剪断刀头组 54穿过后到达置板 51的竖壁, 此吋第一 剪断刀头组 54剪断背条 x6, 然后滑动块 52前行推动切好的背条 x6前行, 由于置 板 51的边缘正好位于推动台 62的上方, 此吋背条 x6被正好推放在口罩布 xl的打 好口的顶面, 然后融合装置下压进行背条 x6和凸楞 x5的融合。 可以采用超声波 融合的方式融合。 然后完毕后, 第四辊组 14运动将口罩布 xl传动至下一流水线 进行后续缝合折叠贴耳等处理。
[0042] 融合机构包括有融合头 42以及第四气缸 41, 第四气缸 41推动融合头 42向下运动 , 融合头 42用于将背条 x6与密封条 x4的凸楞 x5粘合在一起。
[0043] 本实施例所述的一种口罩密封条贴合整机, 所述第四辊组 14外侧设有一组用于 感应口罩布 xl的第二光电感应器 22。
[0044] 本实施例所述的一种口罩密封条贴合整机中, 所述存放台 64顶面靠近夹送轮的 一侧设有导向门框 65。 用于导向, 防止密封条 x4跑偏。
[0045] 本实施例所述的一种口罩密封条贴合整机, 所述安装部分还包括设于三辊组和 以及第四辊组 14之间的口罩布放置盘 71, 口罩布放置盘 71的长度与第四辊组 14 的滚动辊长度相同。 用于让位, 因为安装完密封条 x4的口罩厚度变大。
[0046] 本实施例所述的一种口罩密封条贴合整机中, 所述第四辊组 14的两个滚动辊长 度不超过推动台 62的区域。
[0047] 本实施例所述的一种口罩密封条贴合整机中, 所述接触感应 23器为超声波融合 器。
[0048] 本实施例所述的一种口罩密封条贴合整机中, 所述接触感应 23器为热压头。 所 述推动台 62的顶面存放槽 72由存放臂形成, 两个存放臂靠近存放台 64的一侧为 斜面。 这样为了导向, 让密封条 x4更快更准确的进入推送台的存放槽 72内。
[0049] 以上所述仅是本发明的一个较佳实施例, 故凡依本发明专利申请范围所述的构 造、 特征及原理所做的等效变化或修饰, 包含在本发明专利申请的保护范围内

Claims

权利要求书
[权利要求 1] 一种口罩密封条贴合整机, 其特征在于: 包括有机架, 以及设于机架 上的用于给口罩布打孔的打孔部分, 以及用于安装密封条的安装部分
; 所述打孔部分包括有第一辊组 (11) 以及第二辊组 (12) , 第一辊 组 (11) 和第二辊组 (12) 均包括有两个平行设置转向相反的、 用于 夹送口罩布 (xl) 的滚动辊; 还包括有位于第一辊组 (11) 和第二辊 组 (12) 之间的打孔盘 (31) , 打孔盘 (31) 上设有矩形过孔 (34) ; 所述打孔盘 (31) 上方设有打孔刀 (32) 以及第一气缸 (33) , 第 一气缸 (33) 动力输出端驱动打孔刀 (32) 向下做打孔动作; 第二辊 组 (12) 远离打孔盘 (31) 的一侧设有一组用于感应口罩布 (xl) 的 第一光电感应器 (21) ; 所述安装部分包括有第三辊组 (13) 和以及 第四辊组 (14) , 第三辊组 (13) 和第四辊组 (14) 均包括有两个平 行设置转向相反的、 用于夹送口罩布 (xl) 的滚动辊; 还包括有一个 背带放置机构、 融合机构以及密封条 (x4) 传送机构; 所述背带放置 机构包括有截面呈 L形的置板 (51) , 置板 (51) 表面放置有滑动块 (52) , 还包括有第二气缸 (53) , 第二气缸 (53) 动力输出端驱动 滑动块 (52) 向前推送背条 (x6) , 还包括有设于置板 (51) —侧的 用于剪断背条 (x6) 的第一剪断刀头组 (54) ; 所述密封条 (x4) 传 送机构包括有一组传送夹轮 (66) 、 存放台 (64) 、 推动台 (62) ; 推动台 (62) 和存放台 (64) 顶面均设有存放槽 (72) , 还包括有第 三气缸 (61) , 第三气缸 (61) 动力输出端驱动推动台 (62) 向上举 起密封条 (x4) ; 还包括有设于推动台 (62) 和存放台 (64) 之间的 用于剪断密封条 (x4) 的第二剪断刀头组 (63) ; 推动台 (62) 远离 存放台 (64) 的一侧还设有接触感应 (23) 器; 融合机构包括有融合 头 (42) 以及第四气缸 (41) , 第四气缸 (41) 推动融合头 (42) 向 下运动, 融合头 (42) 用于将背条 (x6) 与密封条 (x4) 的凸楞 (x5 ) 粘合在一起。
[权利要求 2] 根据权利要求 1所述的一种口罩密封条贴合整机, 其特征在于: 所述 第四辊组 (14) 外侧设有一组用于感应口罩布 (xl) 的第二光电感应 器 (22) 。
[权利要求 3] 根据权利要求 1所述的一种口罩密封条贴合整机, 其特征在于: 所述 存放台 (64) 顶面靠近夹送轮的一侧设有导向门框 (65) 。
[权利要求 4] 根据权利要求 1所述的一种口罩密封条贴合整机, 其特征在于: 所述 安装部分还包括设于三辊组和以及第四辊组 (14) 之间的口罩布放置 盘 (71) , 口罩布放置盘 (71) 的长度与第四辊组 (14) 的滚动辊长 度相同。
[权利要求 5] 根据权利要求 1所述的一种口罩密封条贴合整机, 其特征在于: 所述 第四辊组 (14) 的两个滚动辊长度不超过推动台 (62) 的区域。
[权利要求 6] 根据权利要求 1所述的一种口罩密封条贴合整机, 其特征在于: 所述 接触感应 (23) 器为超声波融合器。
[权利要求 7] 根据权利要求 1所述的一种口罩密封条贴合整机, 其特征在于: 所述 接触感应 (23) 器为热压头。
[权利要求 8] 根据权利要求 1所述的一种口罩密封条贴合整机, 其特征在于: 所述 推动台 (62) 的顶面存放槽 (72) 由存放臂形成, 两个存放臂靠近存 放台 (64) 的一侧为斜面。
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