| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 41 | 用于借助脉冲激光束通过在覆盖材料上进行材料去除来引入限定的弱化线的方法 | CN201780019357.6 | 2017-02-23 | CN109311122A | 2019-02-05 | S·毛厄斯贝格尔 |
| 本发明涉及一种用于通过在覆盖材料(20)上进行材料去除来引入限定的弱化线的方法，所述覆盖材料具有可见侧(22)和与所述可见面(22)相对置的背侧(21)，在所述方法中，脉冲激光束(31)从激光器(30)指向所述覆盖材料(20)的背侧(21)并且沿着轨迹(50)被导向，并且，设置有至少一个观察单元(11)用于监控弱化过程，其特征在于，在所述覆盖材料(20)的可见侧(22)下方设置有空腔(32)，所述空腔具有散射的和/或反射的内侧面(33)并且所述至少一个观察单元(11)设置在所述空腔(32)上，其中，在激光照射到所述覆盖材料(20)的可见侧(22)上时射出的光(40)照射到所述空腔(32)的内侧面(33)上并且至少部分地散射和/或反射到所述至少一个观察单元(11)上，并且，落到所述至少一个观察单元(11)上的光被用于控制所述激光器(30)。同样可以使用发光的内侧面(33)作为空腔(32)。 | ||||||
| 42 | 在快擦写EEPROM中编程及过擦除更正模式中弱化位线漏电流的电路装置 | CN00811545.1 | 2000-08-01 | CN1369096A | 2002-09-11 | 科林·比尔; S·S·海德特; J·苏溪彰; 陈为汉 |
| 本发明提供一种可以在编程和过度擦除操作中弱化位线漏电流的方法和一种快擦写存储器元件。快擦写存储器单元排列在I/O区块的阵列中,而I/O区块中有许多行和许多列。在共同阵列的源极连接和接地之间连接着一个电阻器阵列。电阻器阵列包含一组电阻器,每一组电阻器有一个编程模式电阻器和一个APDE模式电阻器。当一条字线选择成编程或APDE的模式时,有一个数据缓冲器可以将一个编程模式电阻器或一个APDE模式电阻器切换至线路当中。这些电阻器的电阻值的选择,是为了使源极上的电压提升至存储器单元的所选择的门限电压之上,所以在编程或APDE时,过度擦除的存储器单元不会提供漏电流至位线。 | ||||||
| 43 | 用于借助脉冲激光束通过在覆盖材料上进行材料去除来引入限定的弱化线的方法 | CN201780019357.6 | 2017-02-23 | CN109311122B | 2020-11-17 | S·毛厄斯贝格尔 |
| 本发明涉及一种用于通过在覆盖材料(20)上进行材料去除来引入限定的弱化线的方法，所述覆盖材料具有可见侧(22)和与所述可见面(22)相对置的背侧(21)，在所述方法中，脉冲激光束(31)从激光器(30)指向所述覆盖材料(20)的背侧(21)并且沿着轨迹(50)被导向，并且，设置有至少一个观察单元(11)用于监控弱化过程，其特征在于，在所述覆盖材料(20)的可见侧(22)下方设置有空腔(32)，所述空腔具有散射的和/或反射的内侧面(33)并且所述至少一个观察单元(11)设置在所述空腔(32)上，其中，在激光照射到所述覆盖材料(20)的可见侧(22)上时射出的光(40)照射到所述空腔(32)的内侧面(33)上并且至少部分地散射和/或反射到所述至少一个观察单元(11)上，并且，落到所述至少一个观察单元(11)上的光被用于控制所述激光器(30)。同样可以使用发光的内侧面(33)作为空腔(32)。 | ||||||
| 44 | 在快擦写EEPROM中编程及过擦除更正模式中弱化位线漏电流的电路装置 | CN00811545.1 | 2000-08-01 | CN1174430C | 2004-11-03 | 科林·比尔; S·S·海德特; J·苏溪彰; 陈为汉 |
| 本发明提供一种可以在编程和过度擦除操作中弱化位线漏电流的方法和一种快擦写存储器元件。快擦写存储器单元排列在I/O区块的阵列中，而I/O区块中有许多行和许多列。在共同阵列的源极连接和接地之间连接着一个电阻器阵列。电阻器阵列包含一组电阻器，每一组电阻器有一个编程模式电阻器和一个APDE模式电阻器。当一条字线选择成编程或APDE的模式时，有一个数据缓冲器可以将一个编程模式电阻器或一个APDE模式电阻器切换至线路当中。这些电阻器的电阻值的选择，是为了使源极上的电压提升至存储器单元的所选择的门限电压之上，所以在编程或APDE时，过度擦除的存储器单元不会提供漏电流至位线。 | ||||||
| 45 | 一种汽车仪表板安全气囊区域爆破弱化线三层偏移的控制装置 | CN201922364984.2 | 2019-12-25 | CN212312546U | 2021-01-08 | 郑利华; 刘江红; 万祥 |
| 本实用新型公开了一种汽车仪表板安全气囊区域爆破弱化线三层偏移的控制装置，包括激光发射器、模具及拍照装置，激光发射器发射的激光射线落到发泡模具上形成光点，且光点的位置形成弱化线位置，根据光点将发泡表皮铺放到模具下模中，然后通过拍照装置获取发泡表皮上的弱化线痕迹拍照。通过激光射线光点指导发泡表皮铺放时弱化线上参考点同光点重合确保表皮铺放位置一致性，保证了铺设发泡表皮时其弱化线位置都在公差范围内，从而解决了软质仪表板在加工过程中表皮弱化线位置偏差的问题。(ESM)同样的发明创造已同日申请发明专利 | ||||||
| 46 | POUCH FOR TOBACCO WITH WEAKENING LINE | PCT/EP2016/063983 | 2016-06-17 | WO2016202966A1 | 2016-12-22 | MISTRY, Manoj |
The present invention is directed to a pouch (1) for tobacco comprising a first pocket (10) defined by opposing front (20) and back (30) walls, wherein the front wall (20) comprises two opposing lateral edges (21, 22) and opposing upper (23) and bottom (24) edges, the first pocket (10) being accessible via a first opening (40) defined by the upper edge (23) of the front wall (20), characterized in that the front wall (20) further comprises a first weakening line (50) arranged between the upper edge (23) and the bottom edge (24) of the front wall (20), which, upon breakage, allows access to the interior of the first pocket (10) via a second opening (60). |
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| 47 | PACKAGING HAVING A WEAKENING LINE | PCT/EP2005/011315 | 2005-10-19 | WO2006045542A1 | 2006-05-04 | OBERMANN, Uwe |
The packaging (10) comprises a flexible film (14) wrapped around the product (12) to be packaged. The longitudinal edges of the film are sealed along a longitudinal sealing seam (16). The package comprises a cross sealing seam (18A, 18B) at each end, and at least a transverse weakening line (26) is arranged between both ends of the package. The tensile strength of the film (14) along the weakening line (26) is from 1 N/15 mm to 20 N/15 mm. |
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| 48 | 레이저를이용한취약선의형성방법 | KR1019970041507 | 1997-08-27 | KR100492493B1 | 2005-08-11 | 발터루츠; 랄프슈바르츠; 프랑크슈미이더; 볼프강슈미트; 레너슐츠 |
| 본 발명은 평면 재질(flat material)의 한쪽 평면에 조절 가능한 펄스 레이저 방사(controllable pulsed laser radiation) 수단으로 평면 재질의 일측을 부분적으로 제거하여 취약선(line-shaped weakening)을 형성하는 방법에 관한 것에 관한 것이다. 본 발명으로 제조된 취약선은 가공되지 않은 평면 재질의 표면상에서 육안으로 보이지 않으며, 재생가능한 일정한 절단 저항(breaking resistance)을 갖는다. | ||||||
| 49 | A WEAKENING DEVICE AND METHOD FOR REALIZING A WEAKENING LINE IN PACKAGING SHEETS | PCT/IB2015/052576 | 2015-04-09 | WO2015173671A1 | 2015-11-19 | TORO, Andrea |
A weakening device (8) comprises at least a rest plane (12) having a slot (13) and suitable for receiving a packaging sheet (3). The slot (13) extends along a line of longitudinal extension (L) lying in said rest plane (12). A pressing member (14) extends over a length (I) parallel to the line of longitudinal extension (L) and is suitable for obtaining a crease (9a) parallel to the line of longitudinal extension (L). Activating means (22, 23) are operationally connected to the pressing member (14) and are suitable for generating a working stroke (19) of the pressing member (14) in a plane perpendicular to the rest plane (12) and containing the line of longitudinal extension (L). At least one set of cutting members (26a, 26b, 34, 35) arranged at least at one end of the slot (13) and configured for realizing at least an opening (9b). The cutting members comprise first cutting portions (26a, 26b, 34) movable through the slot (13) along a cutting stroke (25). Connecting means (15a, 15b; 15) are operatively interposed between the pressing member (14) and the cutting members, and are configured to make the first cutting portions integral with the pressing member (14) during the working stroke (19) so as to generate the cutting stroke (25). |
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| 50 | Plate with weakening line* method of manufacturing weakening line and weakening line forming device | JP15011579 | 1979-11-21 | JPS5575844A | 1980-06-07 | NITSUKU ESU KAARII |
| A scoring tool combination wherein the score anvil is provided with a pair of transversely spaced generally rounded material compressing ribs disposed on opposite sides of the scoring rib of the score tool. The material compressing ribs compress the material of the sheet being scored on opposite sides of the score so as to strengthen the sheet and thus permit deeper scoring and lesser score residuals without failure due to cracking. The material compressing ribs also control coating damage and exposed metal areas. | ||||||
| 51 | CENTRIFUGE BOWL HAVING A LINE OF WEAKNESS | EP96930722 | 1996-09-05 | EP0954380A4 | 2000-06-14 | POTTER RAYMOND GARY |
| A bowl (12) for use in a centrifuge instrument wherein the bowl (12) has a predetermined line of weakness (12G) formed therein. The line of weakness (12G), which may be disposed on either the inside or the outside surface of the bowl (12), subdivides the bowl (12) into an upper (12C) and a lower region (12D). | ||||||
| 52 | CENTRIFUGE BOWL HAVING A LINE OF WEAKNESS | EP96930722.0 | 1996-09-05 | EP0954380A1 | 1999-11-10 | POTTER, Raymond, Gary |
| A bowl (12) for use in a centrifuge instrument wherein the bowl (12) has a predetermined line of weakness (12G) formed therein. The line of weakness (12G), which may be disposed on either the inside or the outside surface of the bowl (12), subdivides the bowl (12) into an upper (12C) and a lower region (12D). | ||||||
| 53 | CENTRIFUGE BOWL HAVING A LINE OF WEAKNESS | EP96930722.2 | 1996-09-05 | EP0954380B1 | 2003-05-02 | POTTER, Raymond, Gary |
| A bowl (12) for use in a centrifuge instrument wherein the bowl (12) has a predetermined line of weakness (12G) formed therein. The line of weakness (12G), which may be disposed on either the inside or the outside surface of the bowl (12), subdivides the bowl (12) into an upper (12C) and a lower region (12D). | ||||||
| 54 | BOUCHON A LIGNE D'AFFAIBLISSEMENT DECOUPEE ET PROCEDE DE FABRICATION DE CE BOUCHON | PCT/FR2009/051921 | 2009-10-08 | WO2010040961A1 | 2010-04-15 | LUZZATO, Michel; MEZERETTE, Jérôme |
Ce bouchon (1) comporte une jupe tubulaire (12), incluant une partie non amovible (12-2) retenue à demeure autour d'un col de récipient (2) et une partie amovible (12-1) fixée au col de manière amovible, ces parties non amovible et amovible étant séparées par une première ligne d'affaiblissement (20). Afin que la partie de jupe amovible reste liée à la partie de jupe non amovible après la première ouverture, la jupe est pourvue d'une seconde ligne périphérique d'affaiblissement (34). On prévoit en outre que la première ligne d'affaiblissement s'étende sur moins de 360°, tandis que les deux extrémités (34A et 34B) de la seconde ligne d'affaiblissement sont situées, suivant la périphérie de la jupe, respectivement entre une première (28A) des deux extrémités d'une portion de liaison de la jupe et le pontet (26-1) le plus proche de cette première extrémité, et entre la seconde extrémité (28B) de la portion de liaison et le pontet (26-6) le plus proche de cette seconde extrémité. |
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| 55 | Method and device for forming weakening line in vessel cover | JP11639785 | 1985-05-31 | JPS61287560A | 1986-12-17 | UTSUNOMIYA WATARU; ISHII OSAMU; TANAKA KATSUAKI; MURAYAMA KASHIWA; OMI HIDEHIKO |
| 56 | Machining method of weakened line part for developing air bag | JP2000365494 | 2000-11-30 | JP2002166812A | 2002-06-11 | OKUMURA TOKUJI; WAKABAYASHI ITSUKI; TAKEKUMA HIDESHI; IGAUE MITSUTAKA; ISOGAI KAZUO |
| PROBLEM TO BE SOLVED: To easily determine a case where a weakened line part is not accurately formed due to deviation of a period of a trigger pulse and deviation of an operation speed of an automatic machine, in a method for forming the weakened line part 3 for an air bag developing to an interior trim material 1 for a vehicle by a laser beam machining, the method comprising: with respect to one of a laser beam irradiation head 103 and the interior trim material 1, relatively moving the other of the laser beam irradiation head 103 and the interior trim material 1 by the automatic machine; applying a laser beam by being synchronized with the trigger pulse generated intermittently during operating of the automatic machine; generating, when an output signal of a light reception sensor 108 opposite to the laser beam irradiation head with the interior member interposed therebetween rises to be a predetermined level, suspending signal to suspend the laser beam irradiation until a next trigger pulse is generated. SOLUTION: A generation time interval TM3 of the suspending signal is measured, and when the TM3 is deviated from a predetermined allowable range, a presence of an abnormality is determined. Further, a signal generation of the suspending signal is counted, and when the counted value is different from a predetermined value, a diagnosis of the presence of the abnormality is made. | ||||||
| 57 | Metallic container lid and device for forming weakening line therefor | JP11224591 | 1991-04-18 | JPH0789562A | 1995-04-04 | NAKAJIMA HISASHI; FUKUSHI SEIJI; UMEMURA SHINICHI |
| PURPOSE:To suppress generation of a sharp broken remaining part due to breakage on an easy-to-break bridge by gradually reducing the radial displacement amount between upper and lower parts of a slit on both sides of a peripheral direction of the easy-to-break bridge. CONSTITUTION:When a skirt wall 6 of a container lid 2 is rotated along an outer blade 34, the outer blade 34 functions to a lower part of a ring-like expanded part 8 of the skirt wall 6 to have it displaced inward, and a shearing function is generated between upper and lower parts of the ring-like expanded part 8 to form a slit 16. At a cut 36 of the outer blade 34, the outer blade 34 does not apply the shearing action to the ring-like expanded part 8, so that an easy- to-break bridge 18 remains. Since tilted parts 40 are formed on both sides in the circumferential direction, the radial direction inner displacement amount of a lower part of the formed slit 16 is gradually reduced toward the easy-to- break bridge 18 on both sides in the circumferential direction of the bridge 18. Since no shearing line extending along an axial line exists on both sides of the bridge 18, the bridge 18 is horizontally broken along the slit 16. | ||||||
| 58 | Machining method for weakened line part for developing air bag | JP2000365493 | 2000-11-30 | JP2002166811A | 2002-06-11 | OKUMURA TOKUJI; WAKABAYASHI ITSUKI; TAKEKUMA HIDESHI; IGAUE MITSUTAKA; ISOGAI KAZUO |
| PROBLEM TO BE SOLVED: To easily determine generation of abnormality such as deviation of operation speed of an automatic machine, in a method for forming a weakened line part 3 for developing an air bag to an interior trim material 1 for a vehicle by a laser beam machining, the method comprising: with respect to one of a laser beam irradiation head 103 and the interior trim material 1, relatively moving the other of the laser beam irradiation head 103 and the interior trim material 1 by the automatic machine; applying a laser beam by being synchronized with a trigger pulse a predetermined number of which is generated at a constant period during operating of the automatic machine; suspending, when an output signal of a light reception sensor 108 opposite to the laser beam irradiation head with the interior trim material interposed therebetween rises to be a predetermined level, laser beam irradiation until an output signal of the next trigger pulse is generated. SOLUTION: A time TM2 expended during a time from a generation of the latest trigger pulse to a generation of an operation end signal of the automatic machine is measured, and when the TM2 is deviated from a predetermined allowable range, a presence of the abnormality is determined. | ||||||
| 59 | Writing utensil having weakening line processing function | JP30394590 | 1990-11-13 | JPH04176698A | 1992-06-24 | MORIYAMA TATSUO; KAI HISAO |
| PURPOSE: To apply weakening line processing using a fountain pen by light writing pressure, in a writing utensil wherein a writing end provided with a writing small sphere part having a smooth surface is formed to a pointed tip and a writing part wherein the tip of a shaft part is provided to the inner surface of a pen point having the slit going toward the tip thereof from a central part thereof so as to leave the writing end is provided to the shaft part filled with a writing liquid, by providing an acute angle part to the outer surface of the writing part. CONSTITUTION: The tip 3 of a shaft part is combined with the tip of a pen point 2 made of a metal. A slit 5 is provided to the pen point 2 so as to reach the writing end 4 of the pen point 2 from the central part thereof and a small sphere part 6 improving the sliding with the surface of paper is provided to the inner surface of the writing end 4. The outer surface 7 of the tip of the pen point 2 is the acute angle part provided on the side opposite to the small sphere part 6 used in writing. When the pen point 2 is turned over as it is and slightly erected to be used while writing pressure is slowly applied, the acute angle part 7 roughens the surface of paper wetted with a writing liquid and a thin region is linearly formed by paper fibers and weakening line processing can be performed without lowering the outflow amount of the writing liquid or damaging the pen point. By this method, a fountain pen having weakening line processing function capable of performing weaking line processing by relatively weak writing pressure only by turning over the pen point without exerting adverse effect on the pen point can be obtained. COPYRIGHT: (C)1992,JPO&Japio | ||||||
| 60 | MATERIAL FOR ATTENUATING THE RAYS OF AN X-RAY TUBE, PARTICULARLY FOR A FILM FOR RADIATION PROTECTIVE CLOTHING | PCT/EP2004001901 | 2004-02-26 | WO2004081101A3 | 2005-01-06 | LANGE WOLFGANG |
| The aim of the invention is to improve the design of a flexible material for radiation protective clothing comprising at least two layers or films of a preferably thermoplastic elastomer, to which absorption material is added for attenuating the rays of an X-ray tube, whereby when increasing the degree of attenuation (lead content) and simultaneously reducing the weight per unit area, the flexible material has a uniform and good ray absorption for X-ray radiation in the extended range of the X-ray tube voltage from 50 kV to 150 kV. To this end, an absorption material that is a soft absorption material is provided in the first layer/film facing the radiation source, and an absorption material that is a hard absorption material is provided in the last layer/film, which is near the body and which faces the individual to be protected. In particular, when absorption materials are added to an additional layer/film situated between the first layer/film, which is near the radiation source, and the last layer/film that is near the body, these absorption materials have an (absorption) hardness between that of the layer/film that lies against the layer/film, which is near the radiation source, and that of the last layer/film situated near the body. | ||||||
