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    • 2. 发明授权
    • Quilted material mending system
    • 绗缝材料修补系统
    • US4061096A
    • 1977-12-06
    • US703950
    • 1976-07-09
    • Norman E. Elsas
    • Norman E. Elsas
    • D05B11/00
    • D05B11/00
    • Elongated quilted webs which have line out flaws are moved from a first container at high speed in a downward direction in front of an operator, then laterally through a sewing station toward the operator, then downwardly away from the operator to a second container. When a flaw in the web is detected by the operator as the web moves at inspection speed in a downward direction toward the sewing station, the operator allows the flaw to move through the sewing station and then stops the movement of the web. The operator then reverses the direction of movement of the web so that the flaw moves back through the sewing station at sewing speed where one of several sewing machines which is closest to the flaw is energized at the sewing station and operates concurrently with the movement of the web to sew through the web. The operator moves the sewing machines in unison back and forth across the direction of movement of the web so that the sewing machine in operation can follow the path of the flaw and the proper pattern can be sewn into the quilted web.
    • 具有线条缺陷的细长的绗缝腹板从操作者的前方沿着向下的方向高速地从第一容器移动,然后横向地穿过缝纫站朝向操作者,然后从操作者向下远离操作者到第二容器。 当纸幅在检测速度向着缝纫台的向下方向移动时,由操作者检测到纸张上的缺陷时,操作者允许缺陷移动通过缝纫站,然后停止卷筒纸的移动。 然后,操作者反转卷筒纸的运动方向,使得缺口以缝纫速度向后移动穿过缝纫站,缝纫速度最靠近缺陷处的多台缝纫机中的一个缝纫机在缝纫台处被通电并且与运动同时运行 网络通过网络缝制 操作者将缝纫机沿着纸幅的移动方向一致地移动缝纫机,使得缝纫机在操作中可以跟随缺陷的路径,并且可以将适当的图案缝合到被绗缝的卷筒纸中。
    • 3. 发明授权
    • Folding and hemming method and apparatus
    • 折叠和折边的方法和装置
    • US3955515A
    • 1976-05-11
    • US512468
    • 1974-10-07
    • Norman E. Elsas
    • Norman E. Elsas
    • D05B33/02D05B41/00D05B21/00
    • D05B33/02B65H2301/341D05B41/00D05D2207/04D05D2305/04D05D2305/06D05D2305/12
    • The side edges of a web of cloth are hemmed as the web moves from a supply along its length to a cutting station. The free end portion of the web of cloth is cut across its length with V-shaped notches cut at its side edges to form angled corners on the cut lengths of cloth. The cut lengths of cloth are moved through a U-shaped path with the cut ends extending along the path, and a connecting thread is attached to the cut lengths of cloth adjacent their cut ends and extends between adjacent lengths of cloth so as to connect together the cut lengths of cloth as they move sequentially through folding and sewing apparatus. The connecting thread extending between the adjacent cut lengths of cloth allows a preceding length to pull and guide a subsequent length through a hem folding device.
    • 当纸幅从供应沿其长度移动到切割站时,布料幅的侧边缘被卷绕。 织物网的自由端在其长度上被切割,并在其侧边缘处切割V形凹口,以在布的切割长度上形成成角度的角。 布的切割长度通过U形路径移动,切割端沿着路径延伸,并且连接线附接到与其切割端相邻的织物的切割长度,并在相邻长度的布之间延伸以连接在一起 当布料依次通过折叠和缝合设备移动时,布的切割长度。 在相邻切割长度的布之间延伸的连接螺纹允许先前的长度拉动并引导随后的长度通过折边装置。
    • 5. 发明授权
    • Oil spill recovery system
    • 漏油回收系统
    • US5169519A
    • 1992-12-08
    • US849487
    • 1992-03-11
    • Norman E. Elsas
    • Norman E. Elsas
    • E02B15/04E02B15/10
    • E02B15/104Y10S210/923Y10S210/924
    • An oil spill recovery system deposits a polypropylene quilt onto an oil spill on water, the quilt being deposited at the speed of movement of a water craft so there is no relative motion between the quilt and the water. The quilt is allowed to rest for a given dwell time, then picked up at a speed to prevent relative motion between the quilt and the water. The quilt is retrieved and placed into a first scray. Squeeze rolls remove the quilt from the first scray and squeeze oil therefrom. A plurality of scrays and squeeze rolls may be used. A sewing machine or heat sealing apparatus may be disposed between two scrays so the quilt can be spliced as necessary during operation of the system.
    • 漏油回收系统将聚丙烯被子放在水上的漏油上,被子以水车的移动速度沉积,因此被子与水之间没有相对运动。 被子被允许在给定的停留时间休息,然后以速度拾起,以防止被子与水之间的相对运动。 被子被检索并放置在第一次扫描中。 挤压辊从第一次喷涂中取出被子并从中挤出油。 可以使用多个刮板和挤压辊。 缝纫机或热封装置可以设置在两个刮板之间,因此在系统的操作期间可以根据需要将被子拼接。
    • 6. 发明授权
    • Towel cutting machine
    • 毛巾切割机
    • US4375175A
    • 1983-03-01
    • US266800
    • 1981-05-26
    • Norman E. ElsasJames B. Middleton
    • Norman E. ElsasJames B. Middleton
    • B26D5/32D06H7/02B26D5/20
    • B26D5/32D06H7/025Y10T83/0424Y10T83/05Y10T83/0538Y10T83/323Y10T83/445Y10T83/4455Y10T83/4458Y10T83/4478Y10T83/4632Y10T83/4645Y10T83/531Y10T83/536Y10T83/538
    • A method and apparatus for automatically severing individual towels from a length of material comprising a plurality of terry towels. The method includes the steps of measuring slightly less than the supposed length of a towel, then activating a sensor that detects the edge of a cutting space by the change in thickness of the material. The sensor causes feeding of the material to stop with a cut-line at a cutting blade. The first edge of the material is held while a second sensor located the same edge at the opposite side of the material, and the cutting blade is moved with the sensor. The material is stretched to straighten the cut-line, and the cutting blade is caused to cut the material. The apparatus includes feed rolls to move the material, and an encoder measures the length. A roller at one edge of the material detects the change in thickness at one edge, and similar rollers detect the change in thickness at the opposite edge. The sensors are mounted on a single bracket that is pivoted at one sensor; and, the cutting blade is mounted to pivot and remain parallel to a line through the two sensors.
    • 一种用于从包括多个毛巾的材料的长度上自动切断单个毛巾的方法和装置。 该方法包括以下步骤:测量略小于毛巾的假想长度,然后激活通过材料厚度变化来检测切割空间边缘的传感器。 传感器导致材料的进给在切割刀片处用切割线停止。 材料的第一边缘被保持,而第二传感器位于材料的相反侧的相同边缘处,并且切割刀片与传感器一起移动。 将材料拉伸以拉直切割线,并且切割刀片被切割成材料。 该装置包括用于移动材料的进给辊,编码器测量长度。 在材料的一个边缘处的辊检测到在一个边缘处的厚度变化,并且类似的辊检测相对边缘处的厚度变化。 传感器安装在一个支架上,该支架在一个传感器上枢转; 并且,切割刀片被安装成枢转并且保持平行于穿过两个传感器的线。