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    • 51. 发明申请
    • ELECTRIC CUTTING TOOL WITH SAFETY STOP
    • 电动切割工具,安全停止
    • WO2013136311A1
    • 2013-09-19
    • PCT/IB2013/052100
    • 2013-03-15
    • FLASH ELETTRONICA DI DUCCIO GEMIGNANI
    • GEMIGNANI, Duccio
    • F16P3/12
    • B26B15/00A01G3/037F16P3/12
    • The present invention relates to a cutting kit comprising a hand-held cutting tool that includes: a box body (2) made of an electrically non- conductive material; a handgrip (2a) for a hand of a user provided on said body (2); cutting means (1) made of an electrically conductive material extending from said body (2); an electric driving circuit arranged within said body (2) for the operation of said cutting means (1); command and control means (3) of said driving circuit arranged on said handgrip (2a); and a safety circuit (4) adapted to intervene on said driving circuit to control said cutting means (1) independently of the control of said command and control means (3). Said threshold value is a value corresponding to a value detected when said cutting means (1) accidentally make contact with, and are in the stage of incipient injury to, the hand of the user not holding the tool. The cutting kit is characterized in that it also comprises footwear means that can be worn by the user to ensure electrical conductivity between at least one of the user's feet and the ground, said footwear means being adapted to create an impedance on the circuit bridge formed between the handgrip hand and ground at least less than half the impedance that is created on a circuit closing bridge external to the tool, through the user's body, between said cutting means (1) and said electrically conductive element (5), in said stage of incipient injury corresponding to said threshold value.
    • 本发明涉及一种包括手持式切割工具的切割套件,其包括:由非导电材料制成的盒体(2); 用于设置在所述主体(2)上的用户的手的手柄(2a); 由从所述主体(2)延伸的导电材料制成的切割装置(1); 布置在所述主体(2)内用于所述切割装置(1)的操作的电驱动电路; 所述驱动电路的指令和控制装置(3)布置在所述手柄(2a)上; 以及适于干涉所述驱动电路以独立于所述指令和控制装置(3)的控制来控制所述切割装置(1)的安全电路(4)。 所述阈值是对应于当所述切割装置(1)意外地接触并处于未握持所述工具的使用者的手的初期受伤阶段时检测到的值。 切割套件的特征在于它还包括可由使用者佩戴以确保使用者的脚和地面中的至少一个之间的导电性的鞋类装置,所述鞋类装置适于在电路桥上形成阻抗, 所述手柄手和地面至少小于在所述切割装置(1)和所述导电元件(5)的所述阶段中在所述切割装置(1)和所述导电元件(5)之间通过使用者的身体在所述工具外部的电路关闭桥上产生的阻抗的一半 对应于所述阈值的初始伤害。
    • 53. 发明申请
    • METHOD AND DEVICE FOR CONTROLLING THE QUALITY OF FOLDED AND GLUED BOXES
    • 用于控制折叠和玻璃盒质量的方法和装置
    • WO2013118080A1
    • 2013-08-15
    • PCT/IB2013/051030
    • 2013-02-07
    • GHELFI ONDULATI S.P.A.
    • GHELFI, Giorgio Domenico
    • B31B1/74
    • B31B50/00B31B50/006
    • Method for controlling the quality of folded and glued boxes (13) arranged in the form of packs (14; 16), wherein at least one image of each box pack (14; 16) to be controlled is acquired, the acquired images are processed in order to measure, for each box (13), respective size parameters (Al, A2, EQ1, EQ2, S), for each box (13) are calculated actual values (Gm, SQm, PLm, PTm, Sm) of the box folding quality indicators (G, SQ, PL, PL, S) as a function of the size parameters measured (Al, A2, EQ1, EQ2, S), the actual values (Gm, SQm, PLm, PTm, Sm) calculated for each box (13) are compared with reference values (Gr, SQr, PLr, PTr, Sr) of the quality indicators (G, SQ, PL, PL, S) to verify if said box (13) conforms to the tolerance values (TG, TSQ, TPL, TPT, TS) of the quality indicators, and box packs (14; 16) comprising at least one box (13) that does not conform to the tolerance values (TG, TSQ, TPL, TPT, ST) are discarded.
    • 用于控制以包装(14; 16)形式布置的折叠和胶合盒(13)的质量的方法,其中获取要控制的每个箱包(14; 16)的至少一个图像,处理所获取的图像 为了测量对于每个盒子(13),对于每个盒子(13),各个尺寸参数(A1,A2,EQ1,EQ2,S)被计算出的实际值(Gm,SQm,PLm,PTm,Sm) 作为测量尺寸参数(A1,A2,EQ1,EQ2,S)的函数的箱折叠质量指标(G,SQ,PL,PL,S),实际值(Gm,SQm,PLm,PTm,Sm) 将每个盒(13)与质量指示符(G,SQ,PL,PL,S)的参考值(Gr,SQr,PLr,PTr,Sr)进行比较,以验证所述盒(13)是否符合公差值 (TG,TSQ​​,TPL,TPT,TS)和箱包(14; 16),包括不符合公差值(TG,TSQ​​,TPL,TPT,ST)的至少一个盒(13) )被丢弃。
    • 54. 发明申请
    • METHOD AND MACHINE FOR FORMING AN INSULATED GLASS SHEET
    • 用于形成绝缘玻璃板的方法和机器
    • WO2013114302A1
    • 2013-08-08
    • PCT/IB2013/050797
    • 2013-01-30
    • BOTTERO IG S.R.L.
    • BALBI, MarioBERTONCELLO, Oriano
    • E06B3/673E06B3/677
    • E06B3/6775E06B3/67365E06B3/67382E06B3/67386
    • A method and machine (1) for forming an insulated glass sheet (2), according to which the three glass sheets, two side sheets (3) (4) and a central sheet (5), are arranged on their edge in positions reciprocally distanced by internal frames over respective resting planes (19b) (20b) (21b), are displaced to a vertical translated position, in which the side glass sheets (3) (4) and the central glass sheet (5) are vertically displaced with respect to one another, an inert gas is simultaneously introduced between the glass sheets supporting the glass sheets in the vertical translated position and are translated, again vertically, taking them to a leveled position, in which the lower edges (3a) (4a) (5a) of the three glass sheets lay on a common horizontal plane before clamping in a pack the glass sheets and the internal frames (6) to one another.
    • 一种用于形成绝缘玻璃板(2)的方法和机器(1),根据该方法和机器,三个玻璃板,两个侧板(3)(4)和中心板(5)在它们的边缘上相对布置 通过各个搁置平面(20b)(21b)上的内部框架间隔开,被移动到垂直平移位置,其中侧玻璃板(3)(4)和中央玻璃板(5)垂直移位, 相互依赖地,在支撑玻璃板的玻璃板之间同时引入惰性气体,并且在垂直平移位置上平移,并将其平移到一个平整的位置,在该位置下边缘(3a)(4a)( 在将玻璃板和内部框架(6)彼此夹紧之前,将三个玻璃板放在共同的水平平面上。
    • 55. 发明申请
    • SAFETY CARABINER COMPRISING A DOUBLE GATE
    • 包括双门的安全卡车
    • WO2013113943A1
    • 2013-08-08
    • PCT/EP2013/052184
    • 2013-02-04
    • GRIVEL S.R.L.
    • NEMEC, Miroslav
    • F16B45/02
    • F16B45/02A63B29/02F16B45/06Y10T24/45346
    • A carabiner (1) is provided comprising a substantially C- frame (2) having a first end (3) and a second end (4), at least an internal gate (5) and an external gate (6). The frame (2) the internal gate (5) and the external gate (6) define a continuously enclosed inner region (8) in a closed configuration. Each of the gates (5, 6) has a pivot (5h, 6h) on one of the first and second end (3, 4). The gates are configured so as to be opened with respect to the frame (2) in view of a rotation about the respective pivot (5h, 6h), one in a first direction towards the inner region (8) and one in a second direction opposite to the first direction. Biasing means (5b, 5c, 6b, 6c) are provided to bias the gates in a closed position. Preferably the internal gate (5) is pivotably coupled to the frame at a first end (3) and the external gate (6) is pivotably coupled to the frame (2) at the second end (4) opposite to the first end (3). The carabiner includes an interstitial region (9, 209, 210) to receive at least a portion of a user's finger so as to facilitate the opening of the gates
    • 提供了一种搭扣(1),包括具有第一端(3)和第二端(4)的至少内部门(5)和外部门(6)的大致C形框架(2)。 框架(2)内部门(5)和外部门(6)在闭合构型中限定连续封闭的内部区域(8)。 每个门(5,6)在第一和第二端(3,4)中的一个上具有枢轴(5h,6h)。 考虑到围绕相应的枢轴(5h,6h)的旋转,门被构造成相对于框架(2)打开,一个在第一方向上朝向内部区域(8),一个在第二方向 与第一个方向相反。 提供偏置装置(5b,5c,6b,6c)以将门偏置在关闭位置。 优选地,内门(5)在第一端(3)处可枢转地联接到框架,并且外门(6)在与第一端(3)相对的第二端(4)处可枢转地联接到框架 )。 挂钩包括间隙区域(9,209,210),以接收用户手指的至少一部分,以便于打开门
    • 60. 发明申请
    • SYSTEMS, METHODS, AND ARTICLES FOR LASER MARKING OF MACHINE- READABLE SYMBOLS
    • 用于激光标记机器可读符号的系统,方法和文章
    • WO2016103288A1
    • 2016-06-30
    • PCT/IT2014/000350
    • 2014-12-24
    • DATALOGIC IP TECH S.R.L.
    • GREGGIO, Roberto
    • G06K1/12G06K15/12
    • G06K1/126G06K15/1228
    • Systems and methods for generating machine-readable symbols on surfaces of objects using laser marking systems and processes. A specialized contour fill pattern for a laser beam path may be used that combines modules of a machine-readable symbol into bounded blocks or islands according to adjacencies and/or according to role (e.g., finder pattern, timing pattern, encoded payload data). In some implementations, the islands of modules may be filled using a laser beam path that traverses contour path lines from inner path lines to outer path lines. Once the islands have been generated during pre-processing, they are sorted to reduce the required time for the laser to "jump" (i.e., move with the laser turned off) from one island to a subsequent island to be filled. A filling pattern for bounded areas with sharp corners (e.g., squares, rectangles) may be simplified by rounding corners to optimize speed while maintaining suitable marking quality.
    • 使用激光打标系统和工艺在物体表面上生成机器可读符号的系统和方法。 可以使用用于激光束路径的特殊轮廓填充图案,其根据邻接和/或根据角色(例如,取景器图案,定时图案,编码的有效载荷数据)将机器可读符号的模块组合成有界块或岛。 在一些实施方案中,可以使用穿过从内部路径线到外部路径线的轮廓线路线的激光束路径来填充模块岛。 一旦在预处理期间已经产生了岛,则它们被分类以减少激光器从一个岛“到”待填充的随后的岛“跳跃”(即,激光关闭移动)所需的时间。 可以通过舍入角来优化速度同时保持合适的标记质量来简化用于具有锐角(例如,正方形,矩形)的有界区域的填充图案。