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    • 1. 发明授权
    • Shaft seal device using gland packing
    • 轴密封装置采用压盖包装
    • US06382633B1
    • 2002-05-07
    • US09445847
    • 1999-12-15
    • Hideto HashiguchiTakahisa Ueda
    • Hideto HashiguchiTakahisa Ueda
    • F16S1518
    • F16J15/187F16J15/186
    • A shaft seal apparatus that exhibits a good and reliable sealing performance, even when a rotating shaft undergoes axial vibration, eccentric revolution, or the like. This shaft seal apparatus has gland packings (2) stuffed in a sealed space (10) formed between a rotating shaft (9) and a stuffing box (1), with gland packings (2) pressed between a first packing gland (3) on a sealed liquid region side (7) and a second packing gland (4) on an atmospheric region side (8). The first packing gland (3) is fixed to a rotary equipment body (6) and the second packing gland (4) is to the stuffing box (1). A screw bolt (15) extending in the axial direction of the rotating shaft (9) is anchored to the first packing gland (3). The stuffing box (1) is provided with a through hole (16) larger than the screw bolt (15) in the flange (1a). The screw bolt (15) running through the through hole (16) has a tightening nut (17) thereon at a place which is out of and backward of the hole (16). A compression coil spring (18) is mounted on screw bolt (15) between flange (1a) and tightening nut (17).
    • 即使旋转轴发生轴向振动,偏心旋转等,也能够表现出良好且可靠的密封性能的轴封装置。 该轴封装置具有填充在形成在旋转轴(9)和填料函(1)之间的密封空间(10)中的压盖(2),压盖(2)压在第一填料压盖 在大气区域侧(8)上的密封液体区域侧(7)和第二填料压盖(4)。 第一填料压盖(3)固定在旋转设备主体(6)上,第二填料压盖(4)到填料函(1)。 沿着旋转轴(9)的轴向延伸的螺栓(15)被固定在第一填料压盖(3)上。 填料函(1)在法兰(1a)中设置有大于螺栓(15)的通孔(16)。 穿过通孔(16)的螺栓(15)在孔(16)的外侧和向后的位置处具有紧固螺母(17)。 压缩螺旋弹簧(18)安装在凸缘(1a)和紧固螺母(17)之间的螺栓(15)上。
    • 2. 发明授权
    • Gasket
    • 垫片
    • US08382122B2
    • 2013-02-26
    • US12741317
    • 2008-10-10
    • Takahisa UedaAtsushi SuehiroHisashi MaedaHiroki Tanabe
    • Takahisa UedaAtsushi SuehiroHisashi MaedaHiroki Tanabe
    • F02F11/00F16J15/08
    • F16J15/104F16J15/122
    • A gasket having a concentrically waved metal sheet, i.e., a core member, which has a PTFE sheet or an inorganic sheet of sealing-property layered and bonded on each of its opposite surfaces. The gasket makes it possible to ensure a stable sealing-property for a long period of time with a low to a high fastening-load applied. The metal sheet has valley portions, which were conventionally vacant gaps, and are filled with powdered sealing member to be embedded from the beginning. Therefore, the PTFE sheet or the inorganic sheet at the valley portions of the metal sheet that conventionally could not be compressed with a low fastening-load applied is compressed and even with the low fastening-load applied can secure a fastening surface-pressure over the entire surface. Further, since it is possible to suppress the deformation of the sheet in quantity, which was conventionally large, the PTFE sheet or the inorganic sheet each of low-fluidity are arranged so as not to be broken with a high fastening-load applied and the thinner PTFE sheet or the thinner inorganic sheet can be used.
    • 具有同心圆波形的金属片,即芯构件的垫圈,其具有层压并结合在其每个相对表面上的PTFE片或密封性无机片。 垫圈使得可以在施加低到高的紧固负载的情况下长时间确保稳定的密封性。 金属片具有通常为空隙的谷部,并且填充有从一开始就嵌入的粉末密封构件。 因此,通常在不能被施加的紧固负荷的情况下不能压缩的金属板的谷部处的PTFE片材或无机片材被压缩,并且即使施加的紧固负载也能够将紧固表面压力固定在 整个表面。 此外,由于可以抑制以往较大的片材的变形,所以PTFE片材或低流动性的无机片材布置成不被施加高的紧固负荷而破裂,并且 可以使用更薄的PTFE片材或更薄的无机片材。
    • 3. 发明授权
    • Annular sliding fluoroplastics member, and method of producing an annular sliding fluoroplastics member
    • 环状滑动氟塑料构件,以及环形滑动氟塑料构件的制造方法
    • US07491446B2
    • 2009-02-17
    • US09270673
    • 1999-03-16
    • Takahisa UedaTerumasa Yamamoto
    • Takahisa UedaTerumasa Yamamoto
    • B32B27/00
    • F16C33/201F16C33/16F16C33/24Y10T428/139Y10T428/24058Y10T428/24124Y10T428/24994Y10T428/249942Y10T428/249947Y10T428/3154
    • The present invention relates to an annular sliding fluoroplastics member which is requested to have good mechanical properties, resistance to abrasion and wear, thermal conductivity, heat resistance, and the like, and also to a method of producing such an annular sliding fluoroplastics member. The annular sliding fluoroplastics member of the invention has a composite structure which mainly consists of fluorine plastics and short fibers, and 20 or more wt. % of short fibers by weight of a total amount of the short fibers are oriented in a direction along which a burden of a load is large. According to this configuration, the buckling resistance and the pressure resistance are enhanced. A member having a high buckling resistance can be used in a thrust slide bearing or a thrust washer in which a large press load is applied in the axial direction, and a member having a high pressure resistance can be used in a radial slide bearing in which a large press load is applied in a radial direction. In some cases, in the annular sliding fluoroplastics member of the invention, filaments consisting of long fibers may be stitched to the inner peripheral face or the like, the surface is covered with an expanded graphite sheet, or the member is impregnated with a lubricant. The member having such a structure is excellent in buckling resistance and pressure resistance in a radial direction, and also in resistance to abrasion and wear, thermal conductivity, etc. According to the production method of the invention, a cutting work step can be omitted, and therefore materials can be prevented from being wastefully used, and the production cost can be reduced.
    • 本发明涉及要求具有良好机械性能,耐磨性和耐磨性,导热性,耐热性等的环形滑动氟塑料构件,以及制造这种环形滑动氟塑料构件的方法。 本发明的环状滑动氟塑料构件具有主要由氟塑料和短纤维组成的复合结构,并且具有20重量或更多重量的复合结构。 短纤维的总量的重量的短纤维的百分比沿负载负担较大的方向取向。 根据该结构,抗弯曲性和耐压性提高。 具有高抗弯曲性的构件可以用在推力滑动轴承或推力垫圈中,其中沿轴向施加大的压力载荷,并且可以在径向滑动轴承中使用具有高耐压性的构件,其中 在径向上施加大的压力载荷。 在一些情况下,在本发明的环状滑动氟塑料部件中,由长纤维构成的细丝可以缝合到内周面等,表面被膨胀石墨片覆盖,或者该部件浸渍有润滑剂。 具有这种结构的构件在径向方向上的抗弯曲性和耐压性以及耐磨损和耐磨性,导热性等方面优异。根据本发明的制造方法,可以省略切削加工步骤, 因此可以防止材料浪费使用,并且可以降低生产成本。
    • 4. 发明授权
    • Metal-covered sealing gasket having a soft, heat resistant, expandable
core
    • 金属覆盖密封垫片,具有柔软,耐热,可扩展的芯
    • US5269540A
    • 1993-12-14
    • US860570
    • 1992-03-30
    • Susumu NobuchiTakahisa UedaAkira Hashimoto
    • Susumu NobuchiTakahisa UedaAkira Hashimoto
    • F02B75/02F16J15/12
    • F16J15/128F02B2075/027Y10S277/936
    • The present invention relates to a metal-covered gasket in which a soft core member (2, 12, 22, 32, 42, 52) containing unexpanded or expanded vermiculite is covered with a metallic sheet (3, 13A, 13B, 23A, 23B, 33A, 33B, 43, 53A, 53B). There are provided good sealing properties by the soft core member mainly composed of inorganic fibers and treated unexpanded vermiculite the expansion amount and expansion force of which are increased due to ion exchange by treatment with chemicals, or by the soft core member solely made of expanded vermiculite. Reinforcing metallic sheets (44, 54) for restraining the vermiculite from transversely sliding and for further improving the entire shape retention may be embedded in the soft core member or laminated on the surface thereof.
    • 本发明涉及一种金属覆盖的垫片,其中包含未膨胀或膨胀的蛭石的软核件(2,12,22,32,42,52)被金属板(3,13A,13B,23A,23B ,33A,33B,43,53A,53B)。 通过主要由无机纤维构成的软核部件和经处理的未膨胀蛭石提供良好的密封性能,其膨胀量和膨胀力由于通过​​用化学品处理进行离子交换而增加,或者由仅由膨胀蛭石制成的软芯部件 。 用于抑制蛭石横向滑动并进一步改善整体形状保持的金属板(44,45)可以嵌入在软芯构件中或层压在其表面上。
    • 6. 发明授权
    • Gland packing
    • 压盖包装
    • US4705722A
    • 1987-11-10
    • US935495
    • 1986-11-26
    • Takahisa UedaTomikazu Shiomi
    • Takahisa UedaTomikazu Shiomi
    • F16J15/22F16J15/20D06P7/00
    • F16J15/20Y10T428/2915Y10T428/2918Y10T428/2929Y10T428/2931Y10T428/2936Y10T428/2962Y10T428/30
    • A gland packing having increased compressibility, increased allowable limit of twist, increased tensile strength, and excellent serviceability and versatility characteristics is disclosed which comprises a plurality of flexible graphite sheets cut to a width of less than 5 mm and laid in superposed relation to one another, the laid-up cut sheets being covered with a fiber material by knitting or braiding to form a knitting thread, the knitting thread being twisted. Also, a gland packing having a further increased tensile strength is disclosed wherein a plurality of strands of the knitting thread are gathered and twisted or braided. In addition, a gland packing having improved contacting and sealing properties is disclosed wherein the covering fiber material exposed on the surface of the packing is removed at least in part.
    • 公开了一种具有增加的压缩性,增加的允许扭转极限,增加的拉伸强度以及优异的可使用性和多功能特性的压盖填料,其包括切割成小于5mm的宽度的多个柔性石墨片并且彼此叠置 通过针织或编织将成网的切割片用纤维材料覆盖以形成编织线,编织线被扭曲。 此外,公开了一种具有进一步增加的拉伸强度的压盖填料,其中编织线的多根股线被聚集和扭曲或编织。 此外,公开了具有改进的接触和密封性能的密封垫片,其中暴露在包装表面上的覆盖纤维材料至少部分地被去除。
    • 7. 发明申请
    • GASKET
    • 垫子
    • US20100237570A1
    • 2010-09-23
    • US12741319
    • 2008-10-10
    • Takahisa UedaAtsushi SuehiroHisashi MaedaHiroki Tanabe
    • Takahisa UedaAtsushi SuehiroHisashi MaedaHiroki Tanabe
    • F16J15/12F16J15/06F16L23/18
    • F16J15/128F16J15/0818F16J15/104
    • A gasket having a concentrically waved metal sheet, i.e., a core member, which has a sheet of sealing-property layered and bonded on each of its opposite surfaces. The gasket has an enhanced adaptability of the sheet material and enables the thinner sheet to be used and at the same time makes it possible to ensure a stable sealing-property for a long period of time with a low to a high fastening-load applied. The metal sheet has valley portions, which were conventionally vacant gaps, and are filled with powdered sealing member to be embedded from the beginning. Therefore, the sheet at the valley portions of the metal sheet that conventionally could not be compressed with a low fastening-load applied can be compressed and even with the low fastening-load applied can secure a fastening surface-pressure over the entire surface. Further, since it is possible to suppress the deformation of the sheet in quantity, which was conventionally large, a sheet made of not only the high-fluidity material but also the low-fluidity material can be used as well as the thinner sheet.
    • 具有同心波状的金属片,即芯构件的垫圈,其具有层压并粘合在其每个相对表面上的密封性能片。 垫片具有增强的片材的适应性,并且能够使用较薄的片材,并且同时可以在施加低至高的紧固负荷的情况下长时间确保稳定的密封性。 金属片具有通常为空隙的谷部,并且填充有从一开始就嵌入的粉末密封构件。 因此,通常不能用施加的紧固负荷而不能压缩的金属板的谷部处的片材可以被压缩,并且即使施加的紧固负载也能够确保整个表面上的紧固表面压力。 此外,由于可以抑制通常较大的片材的变形,所以可以使用由不仅高流动性材料制成的片材,而且还可以使用低流动性材料的片材以及更薄的片材。
    • 8. 发明申请
    • Material for gland packing and the gland packing
    • 填料填料和填料填料
    • US20060026944A1
    • 2006-02-09
    • US10527625
    • 2003-09-09
    • Takahisa UedaMasaru Fujiwara
    • Takahisa UedaMasaru Fujiwara
    • D02G3/36
    • F16J15/22D02G3/06
    • A sheet-like reinforcing member (20) configured by a fibrous material (2) is disposed at least on one face of a strip-like expanded graphite (3) to form a strip-like base member (4). The base member (4) is stranded to be formed as a cord-like member (40). At this time, the outer side of the cord-like member (40) is covered by a portion of the reinforcing member (20), and the remaining portion of the reinforcing member (20) is involved in the cord-like member (40). A large number of openings (20A) are formed in the reinforcing member (20), and the strip-like expanded graphite (3) faces the openings (20A). The expanded graphite (3) is engaged with the openings (20A), whereby the coupling force between the strip-like expanded graphite (3) and the reinforcing member (20) is enhanced. The shape-retaining property of the strip-like expanded graphite (3) is improved to enhance the sealing property, and the productivity is improved so that a material can be economically provided. Furthermore, carbon fibers or brittle fibers are placed outside of the cord-like member (40), so that a gland packing material (1) can be reinforced.
    • 由带状膨胀石墨(3)的至少一个面上设置由纤维材料(2)构成的片状加强构件(20),以形成条状基底构件(4)。 基部构件(4)被绞合以形成为绳状构件(40)。 此时,帘线状部件40的外侧由加强部件20的一部分覆盖,加强部件20的剩余部分被卷入到帘线状部件40 )。 在加强构件(20)中形成有大量开口(20A),并且带状膨胀石墨(3)面向开口(20A)。 膨胀石墨(3)与开口(20A)接合,从而增强了带状膨胀石墨(3)和加强构件(20)之间的联接力。 带状膨胀石墨(3)的形状保持性得到改善以提高密封性能,并且提高生产率,从而可以经济地提供材料。 此外,将碳纤维或脆性纤维放置在绳状构件(40)的外侧,从而可以增强压盖填充材料(1)。
    • 9. 发明申请
    • Material for gland packing and the gland packing
    • 填料填料和填料填料
    • US20060010849A1
    • 2006-01-19
    • US10527624
    • 2003-09-09
    • Takahisa UedaMasaru Fujiwara
    • Takahisa UedaMasaru Fujiwara
    • D02G3/36
    • D02G3/06F16J15/22
    • A strip-like expanded graphite (3) is disposed on one face of a sheet-like reinforcing member (20) configured by a fibrous material (2) to form a strip-like base member (4). The base member (4) is stranded to be formed as a cord-like member (40). The outside of the cord-like member (40) is covered by a portion of the strip-like expanded graphite (3), and the whole reinforcing member (20) and the remaining portion of the strip-like expanded graphite (3) are involved in the cord-like member (40). A large number of openings (20A) are formed in the reinforcing member (20). The strip-like expanded graphite (3) faces the openings (20A). The strip-like expanded graphite (3) is engaged with the openings (20A), whereby the coupling force between the strip-like expanded graphite (3) and the reinforcing member (20) is enhanced. The gland packing material (1) is provided by the fibrous material with high tensile strength, and easily subjected to a braiding or twisting process. Furthermore, the gland packing material (1) has a high shape-retaining property, and exerts a high sealing property that is originally possessed by an internal reinforcement structure. Moreover, the used amount of an adhesive agent can be reduced, and reduction of the sealing property due to hardening or burning of the adhesive agent can be avoided.
    • 带状膨胀石墨(3)设置在由纤维材料(2)构成的片状加强件(20)的一个面上以形成带状基底件(4)。 基部构件(4)被绞合以形成为绳状构件(40)。 带状部件(40)的外侧由条状膨胀石墨(3)的一部分覆盖,整个加强部件(20)和带状膨胀石墨(3)的剩余部分是 涉及绳状构件(40)。 在加强构件(20)中形成有大量开口(20A)。 带状膨胀石墨(3)面向开口(20A)。 带状膨胀石墨(3)与开口(20A)接合,从而增强了带状膨胀石墨(3)和加强构件(20)之间的联接力。 压盖包装材料(1)由具有高拉伸强度的纤维材料提供,并且易于进行编织或扭曲加工。 此外,压盖填充材料(1)具有高的形状保持性,并且具有最初由内部加强结构所具有的高密封性。 此外,可以减少粘合剂的使用量,并且可以避免由于粘合剂的硬化或燃烧引起的密封性能的降低。
    • 10. 发明授权
    • Braiding yarn made of expanded graphite
    • 由膨胀石墨制成的编织纱
    • US06644007B2
    • 2003-11-11
    • US09926017
    • 2001-08-15
    • Masaru FujiwaraTakahisa Ueda
    • Masaru FujiwaraTakahisa Ueda
    • D02G302
    • F16J15/22
    • The present invention relates to a braiding yarn made of expanded graphite for a gland packing which is to be used in a shaft seal part of a fluid apparatus or the like. In the braiding yarn made of expanded graphite of the invention, an expanded graphite tape of a predetermined width is folded into a valley fold in the longitudinal direction, both end portions in the width direction of the expanded graphite tape are bent so as to be directed toward the inner side of the width direction of the expanded graphite tape, and the outer periphery of the tape is covered by a reinforcing member configured by a braided body of stainless steel wires. The expanded graphite tape may be twisted. Reinforcing fibers may be embedded in the expanded graphite tape. Part of expanded graphite particles on the side of the surface of the expanded graphite tape may be removed away. According to the expanded graphite tape of the invention, flaking of expanded graphite particles during a braiding process is reduced or prevented from occurring, and the pressure resistance of a gland packing can be enhanced.
    • 本发明涉及一种用于用于流体装置等的轴密封部分中的用于压盖填料的膨胀石墨的编织纱线。 在由本发明的膨胀石墨制成的编织纱中,将预定宽度的膨胀石墨带沿长度方向折叠成谷折,使膨胀石墨带的宽度方向上的两个端部弯曲成指向 朝向膨胀石墨带的宽度方向的内侧,并且带的外周被由不锈钢丝的编织体构成的加强构件覆盖。 膨胀的石墨带可以扭曲。 增强纤维可以嵌入膨胀石墨带中。 在膨胀石墨带的表面一侧上的膨胀石墨颗粒的一部分可以被去除。 根据本发明的膨胀石墨带,减少或防止在编织过程中发生膨胀石墨颗粒的剥离,并且可以提高压盖填料的耐压性。