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    • 81. 发明申请
    • Unit for filling containers with products, in particular, pharmaceutical products
    • 用于向容器填充产品,特别是药品的单元
    • US20050217208A1
    • 2005-10-06
    • US10515037
    • 2003-05-20
    • Sergio Cicognani
    • Sergio Cicognani
    • G06M7/00B65B1/08B65B1/16B65B1/30B65B5/08B65B5/10B65B35/06B65B35/14B65B35/18B65B35/34B65B35/46B65B37/04B65B37/14B65B57/14B65B57/20B65B65/08B65G47/84B65B57/00
    • B65G47/848B65B5/08B65B5/103B65B35/14B65B35/18B65B37/04B65B37/14B65B57/14B65B57/20B65B65/08Y10S53/90
    • A unit (100) for filling containers (2) with products (1), in particular pharmaceutical products (1), includes a hopper (3,3a) containing a mass of products (1) in bulk, conveying means (5,6) aimed at feeding the products (1) leaving the hopper (3) along a predetermined path (P) up to a station (SR), where the containers (2) are filled with the products (1). The containers (2) are fed to the filling station (SR) by transporting means (4,C). A checking station (SC) for checking the products (1) is situated along the path (P) upstream of the filling station (SR). The conveying means (5,6) include first means (51,52,53) consisting of vibrating planes and second conveying means (6). The second conveying means (6) are situated at the checking station (SC) between the conveying vibrating planes means (51,52,53) and the filling station (SR). The second conveying means (6) are equipped with holding means (65) for holding single products (1) thus forming, on the second conveying means (6), a series of single products (1), spaced apart and moving forward to the filling station (SR) along a portion of the path (P).
    • 用于用产品(1),特别是药品(1)填充容器(2)的单元(100)包括容纳大量产品(1)的料斗(3,3a),输送装置(5, 6),其目的是将产品(1)沿预定路径(P)输送到站(SR),其中容器(2)填充有产品(1)。 容器(2)通过输送装置(4,C)输送到加料站(SR)。 用于检查产品(1)的检查站(SC)沿着加油站(SR)上游的路径(P)设置。 输送装置(5,6)包括由振动平面和第二输送装置(6)组成的第一装置(51,52,53)。 第二输送装置(6)位于输送振动平面装置(51,52,53)和加料站(SR)之间的检查站(SC)处。 第二输送装置(6)配备有用于保持单个产品(1)的保持装置(65),从而在第二输送装置(6)上形成一系列单个产品(1),间隔开并向前移动到 沿着路径(P)的一部分的加油站(SR)。
    • 84. 发明授权
    • Defective capsule removing mechanism
    • 胶囊去除机制不良
    • US06434911B1
    • 2002-08-20
    • US09549560
    • 2000-04-14
    • Taizo YamamotoHirokazu Konishi
    • Taizo YamamotoHirokazu Konishi
    • B65B5700
    • G07F17/0092A61J3/074B65G47/244B65G47/256Y10S53/90
    • There is provided a defective capsule removing mechanism characterized in that a defective capsule discharging window 131 is provided for a capsule pocket 11 and the capsule pocket 11 is subject to suction through the discharging window 131 so that a cap or a body of a coupling defective capsule is drawn into the defective capsule discharging window in a rolling manner from one end side directed forwardly and then discharged to the outside of the capsule pocket, and there is also provided another defective capsule removing mechanism characterized in that one end side of a capsule pocket 21 is formed as a cap holding portion 211a having a width smaller than a diameter of the capsule cap and a scraper is inserted in a scraper insertion groove extending transversely to the capsule pocket 21 such that the cap portion of a reverse defective capsule is fitted into the cap holding portion 211a and is not discharged from the capsule pocket at a predetermined location but is further transported, whereafter it is scraped out by the scraper.
    • 提供了一种有缺陷的胶囊去除机构,其特征在于,为胶囊袋11提供有缺陷的胶囊排出窗口131,并且胶囊袋11经由排出窗131吸引,使得连接有缺陷的胶囊的盖或体 从向前指示的一端侧以滚动方式被吸入有缺陷的胶囊排出窗口,然后排出到胶囊袋的外部,并且还设置有另一个有缺陷的胶囊去除机构,其特征在于胶囊袋21的一端 形成为具有比胶囊盖的直径小的宽度的盖保持部211a,并且将刮刀插入到横向于胶囊袋21延伸的刮刀插入槽中,使得反向有缺陷的胶囊的盖部嵌入 盖保持部211a,并且不在预定位置从胶囊袋排出,而是被进一步运送 然后由刮刀刮掉。
    • 85. 发明申请
    • Conveyor for use in contaminaton sensitive equipment
    • 输送机用于污染敏感设备
    • US20020104741A1
    • 2002-08-08
    • US09778541
    • 2001-02-07
    • David BuckleyMax Yablonovitch
    • B65G015/42B65G015/58B65G017/36
    • B65G47/082B65G15/42B65G15/58B65G29/00B65G47/80B65G2201/02Y10S53/90
    • The present invention relates to a disposable conveyor for use with an apparatus handling contamination-sensitive discrete items. The conveyor has at least one cavity, each cavity capable to carry at least one discrete item. The conveyor is adapted to be mounted on the contamination-sensitive apparatus that, in operation, is capable to impart movement to the conveyor for displacing the conveyor, and its cavities, along a predetermined path. The present invention also relates to a method for transporting discrete items in a machine performing production runs with different types of contamination-sensitive discrete items. The method involves installing a conveyor as described above on the machine and using it to perform a first production run with a first type of discrete items. The conveyor is then disposed of and a new conveyor installed on the machine, used to perform a second production run with a second type of discrete items, different from the first type.
    • 本发明涉及一种用于处理污染敏感的离散物品的设备的一次性输送机。 输送机具有至少一个空腔,每个空腔能够承载至少一个离散的物品。 输送机适于安装在污染敏感设备上,在操作中,能够将传送机构沿着预定路径移动到输送机上以使输送机及其空腔移动。 本发明还涉及一种在不同类型的污染敏感的离散物品中进行生产运行的机器中运输离散物品的方法。 该方法包括在机器上安装如上所述的输送机,并使用它将第一种类型的离散物品进行第一次生产。 输送机然后被丢弃并且安装在机器上的新的输送机,用于执行与第一类型不同的第二类离散物品的第二生产运行。
    • 87. 发明授权
    • Automatic machine for packaging tablets in gelatine capsules
    • 自动包装机在明胶胶囊包装片
    • US5966910A
    • 1999-10-19
    • US945663
    • 1997-10-24
    • Angiolino RibaniNerio MirriMarco MarescalchiAristide Cane'
    • Angiolino RibaniNerio MirriMarco MarescalchiAristide Cane'
    • A61J3/07B65B47/00
    • A61J3/074Y10S53/90
    • The machine includes groups of bushes (1) of dimensions suitable for the superposed and aligned containment of a base cover (14), of a tablet (52) and of a lid cover (14). By use of a moving device, the groups of bushes are brought into interaction in succession with (a) a station (5) which feeds into the bushes a base cover orientated with the mouth upwards, (b) a station (6) which feeds into the bushes, above the base cover, a tablet (52), (c) a station (7) which feeds into the bushes the lid cover orientated with the mouth downwards, (d) a station (8) which checks the correct presence or otherwise in the bushes of the base and lid covers with the interposed tablet and which signals any anomalies to the processor which controls the machine, (e) a station (9) which subjects the assembly of the base and lid covers and the interposed table to axial compression which is capable of making the tablet enter into the covers and become enclosed by these components, (f) a station (10) for ejecting the packaged tablets from the bushes, which sorts the defective product from that which is correctly packaged, and (g) a station (11) for cleaning the bushes.
    • PCT No.PCT / EP96 / 01926 Sec。 371 1997年10月24日第 102(e)1997年10月24日PCT PCT 1996年5月8日PCT公布。 WO96 / 36307 PCT出版物 日期1996年11月21日机器包括适合于基座盖(14),片剂(52)和盖罩(14)的重叠和对准的容纳的尺寸的衬套组(1)。 通过使用移动装置,这些灌木组被连续地相互作用:(a)一个站(5),该站(5)向上灌入一个朝上定位的底盖,(b)站(6) 在基座盖上方的灌木丛中,一个平板(52),(c)一个站(7),其馈送到盖子的下方,使盖子向下灌入,(d)站(8)检查正确的存在 或者以其他方式在基座和盖子的衬套中插入片剂,并且向控制机器的处理器发出任何异常信号;(e)站(9),其对基座和盖子的盖子和插入的桌子进行组装 能够使片剂进入盖子并被这些部件包围的轴向压缩,(f)用于从衬套中排出包装的片剂的工位(10),其将来自正确包装的缺陷产品分类, 和(g)用于清洁衬套的工位(11)。
    • 89. 发明授权
    • Encapsulated product
    • 封装产品
    • US5795588A
    • 1998-08-18
    • US323160
    • 1994-10-14
    • Erich W. Sauter
    • Erich W. Sauter
    • B65B3/02A61J3/07B65B1/02B65B43/00B67C3/00A61K9/48
    • A61J3/074A61J3/072A61J2205/20Y10S514/962Y10S53/90
    • Encapsulated small articles such as medicines in caplet or cylindrical form are disclosed. Gelatin half capsules are formed on the pins of pin blocks and are delivered to a station at which they are trimmed and fitted over the opposite ends of the product to be encapsulated. The capsule halves are first dried to a condition in which they have about 20 wt. % moisture and are thereafter press fitted over the ends of the caplets and allowed to dry to shrink fit tightly onto the caplets making it virtually impossible to remove them from their gelatin coverings without leaving visible evidence of tampering. The finished product has a smoother outer surface which lends itself to overprinting with a precise color separation line between the two capsule halves if the capsule halves are distinctly differently colored.
    • 公开了封装的小物品,例如囊状或圆柱形的药物。 明胶半胶囊形成在销块的销上,并被输送到一个工位,在该工位上,它们被修整并安装在要封装的产品的相对端上。 首先将胶囊半干燥至其具有约20重量%的条件。 %水分,然后压装在囊盖的端部上,并使其干燥以紧密地紧密地贴合在盖子上,使得实际上不可能将它们从其明胶覆盖物中除去,而不留下明显的篡改证据。 成品具有更平滑的外表面,如果胶囊半部分明显不同地着色,则两个胶囊半部之间具有精确的分色线,从而使其自身能够进行套印。
    • 90. 发明授权
    • Apparatus for enrobing tablets
    • 装药片
    • US5682733A
    • 1997-11-04
    • US647038
    • 1996-05-09
    • Aldo Perrone
    • Aldo Perrone
    • A61J3/00B65B9/04B65B47/02B65B47/10
    • B65B9/04A61J3/005Y10S53/90
    • An apparatus for enrobing medicine tablets in gelatin and employing a main linked track of die blocks with each block having a number of recesses formed in its top surface. A revolving co-operating die device in the form of another linked track or a cylindrical rotary die is adjacent to and in contact with the main linked track. This device also has a plurality of recesses, each of which is cooperable with a recess of similar size in the main link track to provide an enclosed cavity at at least one point along an upper path traversed by the main link track. This cavity is capable of holding one of the tablets. A first elastic gelatin strip is delivered to the main linked track and positioned for movement along its upper path. A vacuum system causes portions of the first gelatin strip to be pulled and stretched against walls of recesses in the die blocks to form tablet receiving depressions. A tablet dispenser drops tablets into these depressions. The tablets then move with the first gelatin strip to a region of contact between the main linked track and the die device. A second gelatin strip is delivered to the apparatus so that it is laid over the first gelatin strip when the two strips reach the region of contact. Portions of the second strip are stretched in the recesses of the die device in order to enrobe the tablets.
    • 一种用于在明胶中引入药片并使用模块的主要连接轨迹的装置,每个块在其顶表面中形成有多个凹部。 以另一个连接的轨道或圆柱形旋转模具的形式的旋转协作模具装置与主连接的轨道相邻并与其相接触。 该装置还具有多个凹槽,每个凹槽可与主连杆轨道中具有类似尺寸的凹槽配合,以在沿着主连杆轨道穿过的上路径的至少一个点处提供封闭空腔。 该腔能够容纳其中一个片剂。 第一弹性明胶条被输送到主连接的轨道并定位成沿其上部路径移动。 真空系统使得第一明胶带的部分被拉伸并拉伸到模具块中的凹槽的壁上以形成片剂接收凹陷。 片剂分配器将药片滴入这些凹陷部分。 然后,片剂随着第一明胶带移动到主链接的轨道和模具装置之间的接触区域。 将第二明胶条递送到设备,使得当两个条带到达接触区域时,将其铺在第一明胶条上。 第二条带的部分在模具装置的凹部中被拉伸,以便使片剂被包覆。