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    • 91. 发明申请
    • System for automatically recycling flat glass from workpiece and method of the same
    • 用于从工件自动回收平板玻璃的系统及其方法
    • US20050247807A1
    • 2005-11-10
    • US11079578
    • 2005-03-14
    • Wen-Ben LiuPai-Shan PaSu-Zen Chiu
    • Wen-Ben LiuPai-Shan PaSu-Zen Chiu
    • B02C7/00C03C1/00C03C1/02C03C23/00
    • C03C1/024C03C1/002C03C23/0025C03C23/0075
    • A system and the method thereof are used for automatically recycling a flat glass from a workpiece. The system includes a first stripper, a second stripper, at least one loader, a residue-removing device, a clean device, and an excimer device. The first stripper is used for removing a metal thin film from the workpiece when the workpiece is transported to the first stripper by the at least one loader. The second stripper is used for removing an organic thin film from the workpiece when the workpiece is transported to the second stripper by the at least one loader. The residue-removing device has a brush for removing the residues from the workpiece. The clean device is used for rinsing and drying the workpiece. The excimer device is used for removing a smooth thin film from the workpiece to obtain the flat glass.
    • 一种系统及其方法用于从工件自动回收平板玻璃。 该系统包括第一汽提器,第二汽提器,至少一个装载器,除渣装置,清洁装置和准分子装置。 当通过至少一个装载器将工件运输到第一剥离器时,第一剥离器用于从工件去除金属薄膜。 当通过至少一个装载器将工件运送到第二剥离器时,第二剥离器用于从工件去除有机薄膜。 残渣除去装置具有用于从工件中除去残留物的刷子。 清洁装置用于冲洗和干燥工件。 准分子器件用于从工件去除光滑的薄膜以获得平板玻璃。
    • 92. 发明申请
    • Ice-crusher
    • 冰碎机
    • US20050087635A1
    • 2005-04-28
    • US10945254
    • 2004-09-20
    • Nereo MarzaroStefano ZambonDaniele Bonato
    • Nereo MarzaroStefano ZambonDaniele Bonato
    • F25C5/04B02C1/08B02C7/00B02C7/12B02C13/28B02C17/02B02C17/20B07B13/00F25C5/02
    • F25C5/046Y10S241/17
    • An ice-crusher (10) comprises a grinding hole (15) which includes a feeding collar (16) to which a lever (18) is hinged to push ice into the cutting area; the cutting unit includes a rotating disc (23) to which a cutting blade (25) is attached. The distance of the cutting blade (25) from the disc (23) can be set axially by the user and from outside the covering (13) of the ice-crusher (10) by means of a regulating key to break up ice into pieces of different thickness. Moreover, the manifold motor (34) of the device is positioned horizontally and is staggered relative to the shaft (26). Said motor (34) transmits motion to the shaft (26) by means of a belt (39) to leave room for inserting into the device (10) the key for regulating the thickness.
    • 一种破碎机(10)包括一个研磨孔(15),该研磨孔包括一个进料环(16),一个杆(18)被铰接到其上以将冰推入切割区域; 切割单元包括安装有切割刀片(25)的旋转盘(23)。 切割刀片(25)与盘(23)的距离可以由用户轴向设置,并且可以通过调节键将冰块分解成碎片,从而从冰块(10)的覆盖物(13)的外部设置 不同厚度。 此外,装置的歧管马达(34)水平定位并且相对于轴(26)交错。 所述马达(34)通过皮带(39)将运动传递到轴(26),以留出用于将装置(10)插入用于调节厚度的键的空间。
    • 93. 发明申请
    • Wood-reducing apparatus with continual feeder assembly
    • 具有连续进料器组装的减碳装置
    • US20050011586A1
    • 2005-01-20
    • US10650118
    • 2004-09-21
    • Stanley Arasmith
    • Stanley Arasmith
    • B27L11/00B27C1/00B02C1/10B02C7/00B02C7/12B02C13/28B02C17/20
    • B27L11/002
    • Apparatuses, methods, and systems for producing wood chips are disclosed. The disclosure in one embodiment produces smooth wood chips of generally uniform size and shape, suited for use in making paper, cardboard, and other recyclable materials. In one embodiment, an apparatus is disclosed for collecting, aligning and guiding wood scraps through an array of spaced-apart saw blades using a feeder assembly operating on a continual basis. The feeder assembly in one embodiment includes one or more paddle assemblies shaped to align and guide the wood scraps along a feeder path toward the saw blades. A system for controlling an apparatus is also disclosed. A method for reducing wood scraps into cut chips is also disclosed. This Abstract is provided to comply with the rules, which require an abstract to quickly inform a searcher or other reader about the subject matter of the application. This Abstract is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims.
    • 公开了用于生产木片的设备,方法和系统。 在一个实施例中的公开内容产生通常尺寸和形状大致均匀的平滑木片,适合用于制造纸张,纸板和其他可回收材料。 在一个实施例中,公开了一种用于通过使用连续工作的进料组件收集,对准和引导木屑通过间隔开的锯片阵列的装置。 在一个实施例中的给料器组件包括一个或多个桨叶组件,其被成形为沿着馈送路径朝向锯片对准和引导木屑。 还公开了一种用于控制设备的系统。 还公开了一种将木屑还原成切屑的方法。 提供本摘要以符合规则,这些规则需要一个摘要来快速通知搜索者或其他读者关于申请的主题。 提交本摘要的理解是,它不会用于解释或限制权利要求的范围或含义。
    • 96. 发明授权
    • Method of and apparatus for recycling catalytic converters
    • 催化转化器回收方法和设备
    • US5279464A
    • 1994-01-18
    • US002662
    • 1993-01-11
    • Heinz GiegerichClemens Hensel
    • Heinz GiegerichClemens Hensel
    • B01D53/86B01J23/96B01J37/00B01J38/00B01J38/72B02C7/00B03B9/06B04C9/00B07B9/00B07B9/02B07B13/08C22B7/00C22B11/00F01N3/28B02G23/10
    • C22B11/048B01J23/96B01J37/0036B01J38/00B03B9/061B07B9/02C22B7/009F01N3/28Y02P10/214Y02W30/521Y02W30/524Y02W30/526Y10S241/38
    • Damaged or spent catalytic converters of the type having a metallic container for foil-shaped carriers of washcoats for catalysts of noble metal are recycled by admitting them into an impact pulverizer which forms a mixture of randomly distributed particles belonging to a first fraction containing dust-like particles of washcoats and catalyst or to a second fraction containing nonmagnetizable particles of containers and magnetizable particles of carriers. A high percentage of the first fraction is withdrawn from the pulverizer with an air stream which also entrains a percentage of the second fraction, primarily particles of carriers; such particles of carriers are separated from the stream in a first step and the particles of the first fraction are thereupon separated from the stream for admission into a collecting receptacle. The remainders of the first and second fractions are evacuated from the pulverizer along a second path, such as by gravity flow, and the mixture of first and second fractions is thereupon classified by pneumatically conveying the remaining particles of the first fraction into the collecting receptacle and by magnetically separating the remaining particles of the carriers from the particles of the containers.
    • 具有用于贵金属催化剂的洗衣布的箔形载体的金属容器的损坏或废催化转化器通过将其引入冲击式粉碎机中进行再循环,所述冲击式粉碎机形成属于含有粉尘状的第一级分的随机分布的颗粒的混合物 洗衣布和催化剂的颗粒或含有不可磁化的容器颗粒和载体可磁化颗粒的第二部分。 第一级分的高百分比用粉碎机从空气流中取出,空气流也夹带一部分第二级分,主要是载体颗粒; 这样的载体颗粒在第一步骤中与流分离,并且第一级分的颗粒随后与流分离以进入收集容器。 第一和第二级分的剩余物通过例如通过重力流从第二路径从粉碎机排出,并且通过将第一级分的剩余颗粒气力输送到收集容器中,分级第一和第二级分的混合物, 通过将载体的剩余颗粒与容器的颗粒磁分离。
    • 97. 发明授权
    • Quarry pulverizer
    • 采石场粉碎机
    • US5257743A
    • 1993-11-02
    • US838651
    • 1992-02-20
    • Charles K. Brown, Jr.
    • Charles K. Brown, Jr.
    • B02C19/00B02C7/00
    • B02C19/0031
    • A quarry pulverizer for use as a reduction process machine for rocks and mineral bearing ores is provided for use. The purpose of the quarry pulverizer is to enhance the ability to meet product grading requirements without adding cost or time to the operation, to reduce maintenance costs associated with these types of machines, to increase feeding capacity, to demonstrate how a centrifugal reduction machine can eliminate wear to its central rotor, and to present a pulverizer with an overall modular design that can be tailored to meet a customer's needs. The invention also introduces the concept of how a static impact area may be changed into a dynamic impact area and subsequently increase reduction efficiency. A quarry pulverizer is provided to act as a reduction process machine for rocks or mineral bearing ores. It consists of a top cover with a collecting hopper to accept material feed stock, together with a vertically mounted cup-shaped rotor that receives the material feed stock from the top cover and centrifugally accelerates the material upwardly and over its rim. A modular system of shelves surrounds the rim of the rotor cup that bank up with the material or inlaid with metal/blocks and act as an impacting area for the oncoming of material, chutes where the material may gravity discharge. A motor turns the rotor cup by means of a shaft running vertically along the longitudinal axis of the pulverizer.
    • 提供用作岩石和矿物轴承矿石的还原处理机的采石机粉碎机。 采石场粉碎机的目的是提高满足产品分级要求的能力,而不会增加运行成本或时间,降低与这些类型机器相关的维护成本,增加进料能力,以显示离心式还原机如何消除 磨损其中央转子,并呈现一个整体模块化设计的粉碎机,可以根据客户的需要进行调整。 本发明还介绍了如何将静态冲击区域改变为动态冲击区域并随后提高减小效率的概念。 提供采石场粉碎机作为岩石或矿物矿石的还原处理机。 它包括具有收集料斗以接收材料原料的顶盖,以及垂直安装的杯形转子,其接收来自顶盖的材料原料并且将材料向上和在其边缘上离心加速。 架子的模块化系统围绕转子杯的边缘,其与材料分开或镶嵌有金属/块,并且用作迎接材料的冲击区域,材料可能重力排放的滑槽。 电机通过沿着粉碎机的纵向轴线垂直延伸的轴转动转子杯。
    • 98. 发明授权
    • Method and apparatus for controlling the production of thermomechanical
pulp
    • 用于控制热机械纸浆生产的方法和装置
    • US5016824A
    • 1991-05-21
    • US457723
    • 1990-01-10
    • Pertti PietinenAslak Savonjousi
    • Pertti PietinenAslak Savonjousi
    • B02C7/11B02C7/00D21B1/14D21D20060101D21D1/00D21D1/02D21D1/20D21F1/04G05D11/00
    • D21D1/002
    • Method and an apparatus for controlling the production of thermomechanical pulp meter chips by metering elements (9, 10) into a feed chest (2), and by feed elements (3, 7) connected to the feed chest feeds chips for refinement between thermomechanical pulp refining discs (5). Water is added to the chips prior to feeding the chips between the discs (5). Moisture content of the thermomechanical pulp is measured after the thermomechanical pulp refiner at least in a semicontinuous fashion by at least one measurement device (21, 22, 23, 24) operating on-line, and on the basis of measured moisture content, the quantity of chips and water to be metered is controlled so as to regulate the moisture content to a desired level of having a constant value by, e.g., increasing the volume of metered chips and simultaneously decreasing the quantity of fed water for an increasing trend of moisture content, and correspondingly, applying an opposite strategy to counter a decreasing trend of moisture content. The implementation provides for a consistent quality of thermomechanical pulp.
    • PCT No.PCT / FI88 / 00118 Sec。 371 1990年1月10日第 102(e)日期1990年1月10日PCT提交1988年7月15日PCT公布。 出版物WO89 / 00624 日本1989年1月26日。用于通过计量元件(9,10)进入进料箱(2)和通过连接到进料箱的进料元件(3,7)来控制热机械纸浆计芯片的生产的方法和装置 进料芯片,用于在热机械纸浆精炼盘(5)之间进行细化。 在将芯片供给到盘(5)之前,将水添加到芯片。 热机械纸浆的水分含量至少通过至少一个在线操作的测量装置(21,22,23,24)以半连续的方式在热机械纸浆精炼机之后测量,并且基于测量的水分含量,量 将要计量的芯片和水进行控制,以便通过例如增加计量芯片的体积并同时减少供水的量来调节含水量达到恒定值的期望水平以增加水分含量的趋势 ,相应地采取相反的策略来对抗含水量的下降趋势。 该实施方案提供了一个质量稳定的热机械纸浆。