会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • EMBOSSED LEATHER PRODUCT, FORM AND METHOD TO PRODUCE THE PRODUCT
    • 皮革皮革产品,形式和生产产品的方法
    • WO1997034772A1
    • 1997-09-25
    • PCT/FI1997000179
    • 1997-03-19
    • HAKKARAINEN, Veikko
    • B44B05/00
    • C14B1/56
    • A method for manufacturing an embossed leather product in which method by using high frequency sealing apparatus a desired leather piece to be formed at least from part of its area is placed beween the base of the apparatus and a press element having engravings of the desired form, in which high frequency sealing the leather is warmed up before high frequency sealing, high frequency sealed by pressing a press element and the base together. Said leather piece has outer surface (1) which usually is left visible and inner surface (2) which in the end product stays non-visible. The leather is pressed by the parts surrounding the formable pattern and the places of the grooves of the press element through the against leather non-grippable mould to be placed between the base and the leather. Said mould contains plenty of layers of different material formable by heating and high frequency to the shape of the press element.
    • 一种压花皮革制品的制造方法,其特征在于,在所述装置的基部和具有期望形状的雕刻的压制元件的基础之间,放置有使用高频密封装置将至少要形成至少部分区域的皮革片的方法, 其中高频密封皮革在高频密封前被加热,高频密封通过按压元件和基座在一起。 所述皮革件具有通常留下可见的外表面(1)和在最终产品中不可见的内表面(2)。 皮革由围绕可成形图案的部件和压榨元件的凹槽的位置通过反对皮革不可抓握的模具挤压以放置在基部和皮革之间。 所述模具包含大量不同材料的层,其通过加热形成,并且高频成形为压制元件的形状。
    • 2. 发明申请
    • DEVICE FOR IDENTIFYING OBJECTS
    • 设备的对象标记
    • WO1998024642A1
    • 1998-06-11
    • PCT/DE1997002765
    • 1997-11-25
    • LUPRA D. KEHRET KG LUFTHYDRAULISCHE PRÄZISIONSAPPARATELUDMANN, WalterHISS, Mario
    • LUPRA D. KEHRET KG LUFTHYDRAULISCHE PRÄZISIONSAPPARATELUDMANN, Walter
    • B44B05/00
    • B44B5/026B44B5/0009
    • A device for identifying objects has a rolling part (21) provided with identifying means (22) and linked to a holding part (11, 14), and an actuating device with driving means for rolling the rolling part (21) with respect to the object placed between a support (1) and the rolling part (21) so that the identifying means (22) contact an identifying area of the object. The identifying means (22) are brought into contact with the identifying area by driving means (12) that act perpendicularly to the identifying area at least in one direction. The holding part (11, 14) has a roll surface (16) which supports the rolling part (21) when the identifying means (22) contact the identifying area, and the roll surface (16) progressively rises against the identifying area in the rolling direction (20). A shearing force that acts in the rolling direction (20) when the driving means (12) are actuated is thus generated and automatically moves the rolling part (21). In a particularly preferred embodiment, a restoring force generated by a restoring element (30) acts against the shearing force and enables the rolling process to be controlled.
    • 在用于标记具有识别装置(22)设置有支撑构件与物品的设备(11,14),其连接Abrollteil(21)和具有一个Antreibsmittel致动装置与该Abrollteil(21)相对于所述zwichen的支撑部 (1)和Abrollteil(21)根据所述标记装置(22)的接触可插入对象可以与在轧制方向的标记区域(20),其中经由至少一个方向上的接触计算闪烁作用到的特征部分的驱动装置(12)滚动,可以带来 ,它提供了具有通过滚动面的支承构件(11,14)(16)在所述标记装置(22)以所述标记区域的接触抵靠所述Abrollteil(21)熊,并且所述滚动表面(16)相对于所述标记区域中 退绕方向(20)是连续增加的倾斜。 在轧制方向(20)作用,其特征在于横向力在驱动装置(12)的启动产生,它可以自动处理Abrollteil(21)。 在横向力的一特别优选的改进是通过由产生的(30)与该轧制过程是可控的恢复元件的恢复力抵消。
    • 4. 发明申请
    • PROGRAMMABLY MOVABLE NUMBERING DEVICE WITH SERRATED WHEELS
    • 带可编程轮的可编程移动编号装置
    • WO1997031789A1
    • 1997-09-04
    • PCT/FR1997000341
    • 1997-02-26
    • DECONCHE, GérardCORGIER, Pascal
    • B44B05/00
    • B44B5/0076
    • A device is provided for use in the field of press numbering machines for printing a mark, particularly an alphanumerical code, on a metal part without removing material therefrom, while meeting all traceability requirements. The device comprises serrated wheels (1) provided in a conventional manner with characters around the circumference thereof. The circumference of each wheel further comprises notches between adjacent characters. A suspended furcated device (6-10) programmably movable in two directions (vertically and/or sideways) enables quick, accurate and easily programmable positioning of the characters. The cost of the equipment is low.
    • 提供了一种在压制编号机领域用于在金属部件上印刷标记,特别是字母数字代码而不从其中移除材料的同时,同时满足所有追溯性要求的装置。 该装置包括以常规方式设置的锯齿轮(1),其周围具有字符。 每个轮的圆周还包括相邻字符之间的凹口。 可以在两个方向(垂直和/或侧向)上可编程移动的悬挂分叉装置(6-10)可以快速,准确和容易地编程人物的定位。 设备成本低。
    • 8. 发明申请
    • A MULTI-METALLIC FOIL TECHNOLOGY FOR MINTING MEDALS AND COINS WITH TWO OR THREE COLORS
    • 一种多金属箔技术,用于两种或三种颜色的金属和金币
    • WO1997028973A1
    • 1997-08-14
    • PCT/PT1997000002
    • 1997-02-10
    • IMPRENSA NACIONAL-CASA DA MOEDA, E.P.TEIXEIRA, António, José do Rosário, CoelhoMARTINS, Paulo, António, FirmeLEITAO, Paulo, Jorge, Dias
    • IMPRENSA NACIONAL-CASA DA MOEDA, E.P.
    • B44B05/00
    • A44C21/00B44B5/008B44B5/009Y10T29/49915
    • The invention deals with a technology for minting coins and medals. The technology is based on the utilization of metal blanks with similar diameters, one being very thin (hereafter named as the foil), joined together by mechanical means during the impartion of the surface details by the minting dies. The technology requires the design and manufacture of a special geometry in the edge of the thicker disk in order to make possible assembly of the metal blanks. The proposed technology is based on a multi-stage manufacturing process consisting of three cold metal forming operations (preforming, rimming and coining) and one intermediate annealing treatment. The first metal forming operation ensures the preforming of the thicker disk blank, hereafter named as the disk. The second metal forming stage is the rimming operation in which the preformed disk is bent along its diameter in order to generate a suitable profile for subsequent assembly with the foil. The third metal forming stage is a coining operation in which the metal blanks (disk and foil) are assembled together, by locking the foil into the rimmed edge of the disk, during the imprint of the surface details. The annealing treatment is to be performed before the coining operation. The goal is to restore the initial ductility of the disk prior to the final coining stage.
    • 本发明涉及用于铸造硬币和奖章的技术。 该技术基于利用具有相似直径的金属坯料(一种非常薄的金属坯料(以下称为箔片)),其通过机械装置在由铸造模具赋予表面细节的情况下连接在一起。 该技术需要在较厚盘的边缘设计和制造特殊的几何形状,以便可能组装金属坯料。 所提出的技术基于由三个冷金属成形操作(预成形,印模和压印)和一个中间退火处理组成的多阶段制造工艺。 第一种金属成型操作确保较厚的盘坯件的预成型,以下称为盘。 第二金属成型阶段是其中预成型圆盘沿其直径弯曲的调整操作,以便产生用于随后与箔组装的合适轮廓。 第三金属成型台是在印刷表面细节期间通过将箔锁定到盘的边缘边缘中而将金属坯料(盘和箔)组装在一起的压印操作。 在压印操作之前进行退火处理。 目标是在最终压印阶段恢复光盘的初始延展性。
    • 10. 发明申请
    • METHOD OF MAKING BI-METALLIC COINS OR BLANKS
    • 制造双金属硬币或空白的方法
    • WO1997020701A1
    • 1997-06-12
    • PCT/CA1996000800
    • 1996-12-04
    • ROYAL CANADIAN MINTTRUONG, Hieu, Cong
    • ROYAL CANADIAN MINT
    • B44B05/00
    • A44C21/00B44B5/008Y10T29/49938Y10T428/12243Y10T428/12451
    • A bi-metallic coin (10) or blank is produced from a disc-shaped core (12) and an annular outer component (11). The metal alloy material of the core (12) is relatively harder than the metal alloy material of the outer member (11). The two components (11, 12) are bonded to each other by pressure flow of the material of the core (12) toward and into the inner edge of the outer member (11). According to the invention, the peripheral edge (13) of the core (12) is shaped or nosed such that it extends radially outwardly. During minting , the pressure of the dies (31, 32) causes the material of the core (12) to flow radially outwardly, thus causing the shaped peripheral edge (13) of the core (12) to penetrate into the softer material of the outer members' inner edge (14) and, thereby, form a tongue and groove connection which resists relative axial and rotational movement between the outer member (11) and the core (12). The shaping of the core (12) also facilitates the fast speed placement of the core (12) into the ring (11) during the minting operation. The invention is particularly, but not exclusively, useful in the production of thin coins having the thickness range of about 1.00 mm to about 1.5 mm, where the locking of the two components is difficult to achieve with known methods.
    • 由盘形铁芯(12)和环形外部部件(11)制造双金属硬币(10)或坯料。 芯(12)的金属合金材料比外部构件(11)的金属合金材料相对较硬。 两个部件(11,12)通过芯部(12)的材料的压力流向外部部件(11)的内部边缘而彼此接合。 根据本发明,芯(12)的周边边缘(13)成形或定位,使得其径向向外延伸。 在铸造期间,模具(31,32)的压力使得芯部(12)的材料径向向外流动,从而使得芯部(12)的成形周边边缘(13)成为 渗透到外部构件的内边缘(14)的较软材料中,从而形成阻止外部构件(11)和芯部(11)之间的相对轴向和旋转运动的榫舌和凹槽连接件 12)。 芯(12)的成形也有助于在铸造操作期间将芯(12)快速放置到环(11)中。 本发明特别但非唯一地可用于生产具有约1.00mm至约1.5mm的厚度范围的薄硬币,其中通过已知方法难以实现两种组分的锁定。