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    • 2. 发明申请
    • APPARATUS FOR ATTACHING A SUBSTANTIALLY FLAT CARRIER STRAP TO AN OBJECT
    • 将物件连接到物体上的平板运输装置的装置
    • WO00009400A1
    • 2000-02-24
    • PCT/NL1999/000473
    • 1999-07-22
    • B65B61/14
    • B65B61/14Y10T29/49876Y10T29/53326Y10T29/53391
    • The invention relates to an apparatus for attaching to an object a substantially flat carrier strap (10) which is intended to engage by means of locking members arranged on each end into an elongate slot in the object, wherein the slots are arranged substantially mutually in line in the object and wherein the apparatus comprises: engaging means for engaging a straightened carrier strap in the proximity of both ends; first rotation means for causing the engaging means to rotate into a position in which the ends of the carrier strap are directed substantially vertically; second rotation means for causing the engaging means to rotate into a position in which the ends of the carrier strap lie substantially in the same plane; and translation means for causing the ends of the strap to each move downward in substantially vertical direction into the slot to a depth such that the locking members grip in the slot.
    • 本发明涉及一种用于将物体附接到基本上平坦的承载带(10)的装置,该承载带旨在通过布置在每一端上的锁定构件接合到物体中的细长槽中,其中所述狭槽基本上相互排列 在所述物体中,并且其中所述装置包括:接合装置,用于接合两端附近的矫正的承载带; 第一旋转装置,用于使所述接合装置旋转到所述承载带的端部基本垂直地定向的位置; 第二旋转装置,用于使所述接合装置旋转到所述承载带的端部基本位于同一平面内的位置; 以及平移装置,用于使带的端部各自沿基本上垂直的方向向下移动到狭槽中至一定深度,使得锁定构件夹在槽中。
    • 3. 发明申请
    • METHOD AND DEVICE FOR CONSTRUCTING A SHACKLED CONVEYOR BELT FROM HELICAL ELEMENTS
    • 用于从螺旋形元件构造分层输送带的方法和装置
    • WO1982003097A1
    • 1982-09-16
    • PCT/EP1982000042
    • 1982-03-03
    • JUERGENS MASCHINENBAU GMBH & CO KGBURNECKE MANFREDNYMAN SVEN
    • JUERGENS MASCHINENBAU GMBH & CO KG
    • D21F01/00
    • D21F1/0072Y10T29/49838Y10T29/4987Y10T29/53391Y10T29/53657Y10T29/53696
    • During the assembly of a conveyor belt from helical elements alternatively with a left handed thread and a right handed thread, two helical elements (10, 11) are fed each with an angle determined by an air stream and are diverted concurrently by interlacing them alternatively by means of their open spires so that the spires of one (11) of the helical elements of the pair of assembled elements (12) form an acute angle with the adjoining helical element (13) of the shackled conveyor belt. Connection wires (15, 16) are then simultaneously introduced in the channels formed, on one side, by the interlaced spires of the pair (12) of elements and, on the other side, by the spires of one of the elements (10, 11) and of the adjoining element (13). The device comprises two non-parallel channels joining together in a connection area, deviation surfaces allowing to open and interlace the juxtaposed spires, a guiding channel for the pair of element joined together, and a head for inserting one of the elements into the adjoining helical element. Moreover, a member provides the air stream necessary to feed the helical element and the pair of elements joined together. Another member is used to introduce the connection wires.
    • 在由左旋螺纹和右旋螺纹的螺旋形元件组装输送带期间,两个螺旋元件(10,11)每个由空气流确定的角度进给,并且通过交替地将它们交替地转向 其打开的尖塔的装置使得一对组装元件(12)中的一个(11)螺旋元件的尖顶与擒纵的传送带的相邻的螺旋形元件(13)形成锐角。 连接线(15,16)然后被同时引入在一对侧面上由一对(12)元件的交错尖部形成的通道中,另一侧由一个元件(10, 11)和邻接元件(13)。 该装置包括在连接区域中连接在一起的两个非平行通道,允许打开和交错并置的尖顶的偏离表面,用于该对连接在一起的一对元件的引导通道,以及用于将元件中的一个插入邻接的螺旋 元件。 此外,构件提供馈送螺旋元件和连接在一起的一对元件所需的空气流。 另一个成员用于引入连接线。
    • 4. 发明申请
    • DEVICE AND METHOD FOR FIELD EXPANSION
    • 用于现场扩展的装置和方法
    • WO2012159348A1
    • 2012-11-29
    • PCT/CN2011/077689
    • 2011-07-27
    • 3M INNOVATIVE PROPERTIES COMPANYZHANG, MingYANG, JinquanHUANG, ZhengXU, ZhigangMA, JiangjiangGUO, Lei
    • ZHANG, MingYANG, JinquanHUANG, ZhengXU, ZhigangMA, JiangjiangGUO, Lei
    • B29C61/00H02G15/18
    • H02G15/1826B29C55/24B29C61/065B29C63/18B29K2021/00H02G15/182Y10T29/4987Y10T29/53391Y10T29/53657
    • A device and a method for a field expansion. A support core (30) is inserted into the device by a field expansion apparatus. The field expansion apparatus has a pressure applying means (20) defining a radially expandable inner surface and a flat surface radially outwardly extending from the radially expandable inner surface. The device comprises an elastomeric tubing (10) and an adapter (40). The elastomeric tubing (10) has a forward end opposite a rearward end and an axial bore extending therethrough configured to receive the support core (30). The adapter (40) has a step portion (41) defined by a radial outer surface (42) and a flat surface (43) radially outwardly extending from the radial outer surface (42), and an axial bore (44) extending therethrough. The axial bore (44) has a diameter substantially the same as the diameter of the axial bore (12) of the elastomeric tubing (10). The adapter (40) is positioned substantially coaxially with the elastomeric tubing (10) between the pressure applying means (20) and the elastomeric tubing (10) such that, in response to inserting the support core (30) from the rearward end into the elastomeric tubing (10), the flat surface of the adapter (40) is pushed against the flat surface of the pressure applying means (20) by the elastomeric tubing (10); the interface between a rearward end of the adapter (40) and the forward end of the elastomeric tubing (10) is of high friction so that the adapter (40) and the elastomeric tubing (10) expand radially in unison, and the radial outer surface of the adapter (40) exerts a radially outward pressure against the radially expandable inner surface of the pressure applying means (20). device and method for field expansiondevice and method for field expansion
    • 一种用于现场扩展的设备和方法。 通过现场扩张装置将支撑芯(30)插入到装置中。 场扩展装置具有限定径向可膨胀的内表面的压力施加装置(20)和从径向可膨胀的内表面径向向外延伸的平坦表面。 该装置包括弹性管(10)和适配器(40)。 弹性体管道(10)具有与后端相对的前端和延伸穿过其构造成接纳支撑芯(30)的轴向孔。 适配器(40)具有由径向外表面(42)和从径向外表面(42)径向向外延伸的平坦表面(43)和从其延伸的轴向孔(44)限定的台阶部分(41)。 轴向孔(44)具有与弹性管(10)的轴向孔(12)的直径基本相同的直径。 适配器(40)与压力施加装置(20)和弹性体管(10)之间的弹性体管(10)基本上同轴地定位,使得响应于从后端将支撑芯(30)插入到 弹性管(10),适配器(40)的平坦表面通过弹性管(10)推压到压力施加装置(20)的平坦表面上。 适配器(40)的后端与弹性体管道(10)的前端之间的界面具有高摩擦力,使得适配器(40)和弹性体管道(10)一致地径向扩张,并且径向外部 适配器(40)的表面对压力施加装置(20)的径向可膨胀的内表面施加径向向外的压力。 现场扩展设备和方法,现场扩展方法
    • 5. 发明申请
    • DEVICE FOR TRANSFERRING A MATERIAL IN THE FORM OF A FILM THAT IS APPLIED TO A CARRIER STRIP ONTO A SUBSTRATE
    • DEVICE FOR TRANSFERRING A IN薄膜的形式在载体BAND APPLIED物质A SUBSTRATE
    • WO00010898A1
    • 2000-03-02
    • PCT/EP1999/005787
    • 1999-08-10
    • B43L19/00B05C17/00B65H35/07B65H37/00
    • B65H37/007Y10T29/4987Y10T29/49876Y10T29/53391Y10T29/53426Y10T83/0267Y10T156/1348Y10T156/1795Y10T156/18
    • A device for transferring a material in the form of a film that is applied to a carrier strip onto a substrate such as a sheet of writing paper or drawing paper. The inventive device comprises a housing that accommodates a supply reel for the film-coated carrier strip and an empty reel that receives the carrier strip when the coating is removed. The film-coated carrier strip is guided via an application foot that is provided with at least one clip-type sliding element which is made of a friction-reducing material in the area around which the carrier strip is twisted and secured to said foot. The aim of the invention is to prove an improved device that uses as little material as possible, whereby close attention is paid to aspects such as low production costs and easy assembly, while at the same time guaranteeing smooth operation and flawless transfer of the film onto the substrate. This is achieved by providing the application foot (6) with a pivotally hinged extension arm (9) with a terminal receiving profiled section (end section (10)) for the sliding element (15).
    • 用于发送在上的载带材料上的膜的形式施加到衬底上,例如,其中用于所述带薄膜基载体条和用于接收所述分层载带的空的卷筒的供给卷筒设置有外壳的书写或绘图板,其中,所述的装置 膜包衣的载体带被引导通过一个顺序脚,其至少在其周围与被固定到所述顺序脚减小摩擦的材料制成的夹式滑动元件载带区域应改进提供,使得尽可能少的材料的使用和特别是关于一种经济的制造和组装选项 的容易性的设备和膜的合适的传输的确保到衬底上。 这是这样实现的顺序脚(6)包括可枢转地铰接延伸臂(9),该端部用于滑动构件(15)的阴轮廓(端部(10))。
    • 6. 发明申请
    • CAPILLARY CASSETTE AND METHOD OF PRODUCING THE SAME
    • 毛细管壳及其制造方法
    • WO99041599A1
    • 1999-08-19
    • PCT/JP1999/000653
    • 1999-02-15
    • G01N27/447
    • G01N27/44782Y10S83/95Y10T29/5148Y10T29/53391Y10T83/0596
    • On the side of pouring a sample, a capillary column (102) is inserted through a rubber board (14), and is held and secured by the elastic force of rubber, and is two-dimensionally arranged. On the detecting side, the capillary column (102) arranged on a plane in close contact therewith is secured by being held by a holder board (6a) from the lower side and by a rubber board (16) from the upper side. In order to press and secure the capillary column (102) onto the holder board (6a) by the rubber plate (16), a holder board (6b) is provided to secure the rubber board (16) onto the holder board (6a) on both sides of the arrangement of the capillary column (102).
    • 在倾倒样品的一侧,通过橡胶板(14)插入毛细管柱(102),并通过橡胶的弹力保持和固定,并且被二维排列。 在检测侧,布置在与其紧密接触的平面上的毛细管柱(102)通过从下侧由保持板(6a)保持并由上侧由橡胶板(16)固定。 为了通过橡胶板(16)将毛细管柱(102)按压并固定到保持板(6a)上,设置保持板(6b)以将橡胶板(16)固定到保持板(6a)上, 在毛细管柱(102)的布置的两侧。
    • 9. 发明申请
    • PROCESS AND DEVICE FOR MANUFACTURING A WIRE LINK CONVEYOR
    • 用于制造线束式输送机的过程和装置
    • WO1987001314A1
    • 1987-03-12
    • PCT/DE1986000352
    • 1986-09-03
    • FILZTUCHVERWALTUNGS GMBHMETZINGER, Friedrich
    • FILZTUCHVERWALTUNGS GMBH
    • B21F43/00
    • B21F27/18B21F43/00D21F1/0072Y10T29/53378Y10T29/53391
    • Process and device for manufacturing a wire link conveyor (10) from alternating right- and left-coiled spirals (4, 5) made of metal or plastic wire, in which the spirals are fed to a constriction in such a way that the turns forming the spirals open up in the region of the constriction and the turns which are facing one another are partly forced into one another in such a manner that one of the turns of one of the spirals is located between adjacent turns of the adjacent spiral. The turns thus inserted in one another are connected by inserting a connecting wire (12) in the space formed by the turns which thus overlap and several pairs of turns inserted in one another are fed to the constriction, in the region of which the turns are driven in the transport direction (13). A high production speed is achieved, and the wire link conveyors obtained are of wide dimensions.
    • 用于由金属或塑料线制成的交替的左右螺旋螺旋(4,5)制造钢丝绳输送机(10)的方法和装置,其中螺旋体以这样一种方式进给到收缩部, 螺旋在收缩部的区域中开放,并且彼此面对的转弯部分地以这样一种方式彼此压在一起,使得螺旋中的一个的匝之一位于相邻螺旋的相邻匝之间。 通过将连接线(12)插入由这样重叠的匝形成的空间中,并且相互插入的几对匝被馈送到收缩部中,将匝彼此插入的匝相互连接,匝数在 在运输方向(13)驱动。 实现了高生产速度,所获得的线链输送机具有广泛的尺寸。
    • 10. 发明申请
    • METHOD AND APPARATUS FOR PACKING INSULATION MATERIAL IN HOLLOW BLOCKS
    • 用于在中空块中包装绝缘材料的方法和装置
    • WO1982000041A1
    • 1982-01-07
    • PCT/SE1981000182
    • 1981-06-17
    • FAERILA LAETTBLOCK ABFORSLUND L
    • FAERILA LAETTBLOCK AB
    • E04C01/40
    • B28B11/043B28B11/042Y10T29/49872Y10T29/53391Y10T29/53657
    • A method and apparatus for facilitating the filling of insulation material into cavities (11) in hollow blocks (10). The apparatus comprises one or several drums (14, 15), which are arranged over a conveying means moving blocks past the apparatus. Through the drums pre-cut pieces (12) of insulation material are passed toward the block. In each drum (14, 15) a press plate (18) further is provided. Each drum is terminated downwardly by a laterally movable plate (16), which at each drum is provided with an opening (17) having a smaller width than the passageway. A reciprocating mechanism (22) is provided to move the press plate (18) to the rear wall (14) of the drum, so that the lowermost piece (12a) of insulation material is compressed, for example to half its thickness. An air distribution box (19) at the upper edge of the press plate includes air supply lines (20) and projects slightly in front of the press plate, so that the lower portion of the insulation piece (12b) lying above will be compressed more forcefully than the piece, which is about to be pressed out of the drum (14, 15) and into the block (10). Subsequent to completed compressing movement, compressed air is ejected through openings (21) in the air box (19), whereby the compressed lowermost piece (12a) is pressed over in the block. The lower more forcefully compressed portion of the insulation piece (12b) lying above acts as a dam and prevents the loss of compressed air.
    • 一种用于促进将绝缘材料填充到空心块(10)中的空腔(11)中的方法和装置。 该装置包括一个或多个鼓(14,15),它们布置在输送装置上,移动块经过该装置。 通过滚筒将预切片(12)的绝缘材料向块传递。 在每个滚筒(14,15)中,还设有压板(18)。 每个滚筒由横向可移动的板(16)向下终止,每个滚筒在每个滚筒处设置有具有比通道更小的宽度的开口(17)。 提供往复运动机构(22)以将压板(18)移动到滚筒的后壁(14),使得绝缘材料的最下部件(12a)被压缩,例如其厚度的一半。 在压板上边缘处的空气分配箱(19)包括空气供应管线(20),稍微在压板前突出,使得位于上方的绝缘件(12b)的下部将被更多的压缩 有力地将其从压片(14,15)压出并进入块(10)中。 在完成压缩运动之后,压缩空气通过空气箱(19)中的开口(21)排出,从而将压缩的最下部件(12a)压在块体中。 位于上述绝缘件(12b)的较低的较强的压缩部分用作坝,并防止压缩空气的损失。