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    • 61. 发明公开
    • A TIRE RASP BLADE
    • 一个轮胎刀片
    • EP3161172A1
    • 2017-05-03
    • EP15729528.8
    • 2015-06-22
    • B & J Rocket Sales AG
    • ANDERSEN, Bent Toft
    • C21D9/22C21D9/24B23D71/02C21D1/42C21D11/00
    • C21D9/22B23D71/02B23D71/025C21D1/18C21D1/42C21D11/005Y02P10/253
    • In accordance with the invention, a method is provided for treating a shaped tire rasp blade for mounting on a rasp hub, said tire rasp blade comprising a blade body and blade teeth, wherein the method comprises an austenitising process for austenitising the main part of the tire rasp blade by heating it to an austenitisation temperature, a subsequent quenching process and finally a tempering process for tempering the tire rasp blade. The austenitising process is performed by using induction heating for heating of said tire rasp blade. Thereby, tests have surprisingly shown that the durability of a rasp blade is significantly increased by 30 - 50 %. This increase could be because induction heating is a very fast heating method (austenitisation temperature can be reached within 15 seconds), wherein energy is focused into the rasp blade, and the austenitisation temperature can be reached quite fast throughout the entire rasp blade.
    • 根据本发明,提供一种用于处理用于安装在锉刀毂上的成形轮胎锉刀刀片的方法,所述轮胎锉刀刀片包括刀片主体和刀片齿,其中该方法包括奥氏体化过程,用于奥氏体化该主体部分 通过将轮胎锉刀加热到奥氏体化温度,随后进行淬火处理,最后进行用于回火轮胎锉刀刀片的回火处理。 奥氏体化过程通过使用感应加热来加热所述轮胎锉刀刀片来执行。 因此,测试令人惊讶地表明,锉刀刀片的耐用性显着增加了30-50%。 这种增加可能是因为感应加热是非常快速的加热方法(奥氏体化温度可以在15秒内达到),其中能量聚焦到锉刀刀片中,并且在整个锉刀刀片中可以非常快地达到奥氏体化温度。
    • 63. 发明公开
    • A VALVE FOR HANDLING AIR SUPPLY TO SQUEEZING PADS IN A LIFT HEAD
    • EENEM HUBKOPF VENTIL ZUR HANDHABUNG DER LUFTZUFUHR ZU QUETSCHPOLSTERN
    • EP3149367A1
    • 2017-04-05
    • EP15725609.0
    • 2015-05-27
    • Qubiqa A/S
    • NÆSS-SCHMIDT, Steffen ErhardTOVGAARD, Signe Dall
    • F16K11/044F16K11/07F16K3/26
    • The present invention relates to a valve to be used when blowing air into squeezing pads from a high pressure blower such as a side duct blower, said valve comprising a valve chamber comprising a primary set of openings with a first opening connected to said high pressure blower and a second opening connected to said squeezing pads, whereby air can be transferred through said valve chamber between said squeezing pads and said high pressure blower, said valve chamber further comprising a third opening, whereby air from said first opening can pass through said third opening, and where air not passing through said third opening passes through said second opening, said valve further comprising a valve spool for blocking said third opening and thereby changing the amount of air passing through said third opening. The valve spool for blocking said third opening comprises a limiter element, wherein said limiter element and/or said third opening has a varying diameter along its longitudinal axis, where the limiter element is adapted to be inserted along its longitudinal axis in said third opening, and where the extent of insertion of said limiter element changes the amount of air passing through said third opening. The invention further relates to a lift head with the above valve.
    • 当从诸如侧风管鼓风机的高压鼓风机(32)将空气吹入挤压垫(12)时使用的阀门(30),所述阀门(30)包括阀室(40),该阀室包括主要组件 具有连接到所述高压鼓风机的第一开口(42)的开口和连接到所述挤压垫的第二开口(44),由此可以将空气通过所述压缩室和所述高压鼓风机之间的所述阀室传送,所述阀室进一步 包括第三开口(46),由此来自所述第一开口的空气可以穿过所述第三开口,并且其中不通过所述第三开口的空气穿过所述第二开口,所述阀还包括阀芯,用于阻塞(48)所述第三开口 从而改变通过所述第三开口的空气量。 用于阻挡所述第三开口的阀芯包括限制元件(49,1101),其中所述限制器元件和/或所述第三开口(46,1103)沿其纵向轴线(47)具有变化的直径,其中所述限制器元件 适于在所述第三开口中沿着其纵向轴线插入,并且所述限制器元件的插入程度改变通过所述第三开口的空气量。 本发明还涉及具有上述阀的提升头。
    • 64. 发明公开
    • KEY SYSTEM TO ENSURE CORRECT USE OF INSERTS
    • SCHLÜSSELSYSTEMZUR SICHERSTELLUNG DER KORREKTEN VERWENDUNG VONEINSÄTZEN
    • EP3145610A1
    • 2017-03-29
    • EP15724282.7
    • 2015-05-21
    • C.C. Jensen A/S
    • FICH, Jens
    • B01D25/26
    • The present relates to an oil filtration system (1) comprising an oil filtration unit (2), an oil filter (13) having a central opening (15) extending along a central axis (B) of the oil filter (13), the oil filtration unit (2) being provided with at least one first physical structure (18,18′,18″) having a first cross-sectional shape and a predefined longitudinal length (x) in relation to the central axis (A) of the oil filtration unit (2), the oil filter (13) being provided with at least one second physical structure (23,23′,23″) having a second cross sectional shape and a predefined longitudinal length (y) in relation to the central axis (B) of the oil filter (13) and an inner or outer periphery of the second physical structure (23,23′,23″) being arranged to mate with the outer or inner periphery of the first physical structure (18,18′,18″) allowing the oil filter (13) to reach its correct insertion position in the oil filtration unit (2), where at least one of the end surfaces (28,29,31) of the oil filter (13) relative to the central axis (B) of the oil filter (13) comprises the at least one second physical structure (23,23′,23″).
    • 本发明涉及一种油过滤系统(1),其包括油过滤单元(2),具有沿油过滤器(13)的中心轴线(B)延伸的中心开口(15))的油过滤器(13) 油过滤单元(2)设置有至少一个第一物理结构(18,18',18“),所述第一物理结构具有第一横截面形状和相对于中心轴线(A)的预定纵向长度(x) 所述油过滤单元(2),所述滤油器(13)设置有至少一个第二物理结构(23,23',23“),所述第二物理结构具有第二横截面形状和相对于 油过滤器(13)的中心轴线(B)和第二物理结构(23,23',23“)的内周或外圆周布置成与第一物理结构的外周或内周配合 18“,18”),允许油过滤器(13)到达其在油过滤单元(2)中的正确插入位置,其中至少一个端面(2 油过滤器(13)相对于机油滤清器(13)的中心轴线(B)包括至少一个第二物理结构(23,23',23“)。
    • 67. 发明公开
    • OIL FILTER COMPRISING A HYDRAULIC RESISTANCE
    • ÖLFILTERMIT EINEM HYDRAULISCHEN WIDERSTAND
    • EP3130387A1
    • 2017-02-15
    • EP15181023.1
    • 2015-08-14
    • C.C. Jensen A/S
    • Jensen, Carl AageJensen, Christian Hallberg
    • B01D35/157B01D29/33B01D29/46
    • B01D35/1576B01D29/33B01D29/46
    • The present invention relates to an oil filtration unit (1) for removal of solid contaminants from contaminated oil, the oil filtration unit (1) comprising a housing (2) which comprises a housing inlet (3) adapted to receive contaminated oil from the surroundings and to release the contaminated oil to an inner opening (4) of the housing (2) at a first pressure (p1) and a housing outlet (12) adapted to release filtered oil to the surroundings, and an oil filter (6) for filtering the contaminated oil, the oil filter (6) being arranged in the inner opening (4) of the housing (2) and comprising a filter inlet defined by an outer surface (7) of the oil filter (6), an inner filter volume (8) adapted to receive filtered oil at a second pressure (p2), where the second pressure (p2) is lower than the first pressure (p1), and a filter outlet inside the housing (2) providing fluid/liquid communication between the inner filter volume (8) and the housing outlet (12) in order to release the filtered oil from the inner filter volume (8), where the filter outlet comprises a hydraulic resistance providing a fluid/liquid flow restriction between the inner filter volume (8) and the housing outlet (12) in order to increase the second pressure (p2) inside the inner filter volume (8) and to release the filtered oil from the inner filter volume (8) to the housing outlet (12) at a third pressure (p3), where the third pressure (p3) is lower than the second pressure (p2).
    • 本发明涉及一种用于从被污染的油中除去固体污染物的油过滤单元(1),所述油过滤单元(1)包括壳体(2),壳体(2)包括壳体入口(3),适于从周围环境接收污染的油 并且在第一压力(p1)和壳体出口(12)将污染的油释放到壳体(2)的内部开口(4),适于将过滤的油释放到周围环境中的壳体出口(12)和用于 过滤污染的油,油过滤器(6)布置在壳体(2)的内部开口(4)中并且包括由油过滤器(6)的外表面(7)限定的过滤器入口,内过滤器 容积(8)适于接收第二压力(p2)的过滤油,其中第二压力(p2)低于第一压力(p1),并且在壳体(2)内部的过滤器出口提供流体/液体之间的连通 内部过滤器容积(8)和壳体出口(12),以便释放过滤的 来自内部过滤器容积(8)的油,其中过滤器出口包括在内部过滤器容积(8)和外壳出口(12)之间提供流体/液体流动限制的液压阻力,以便增加第二压力(p2) 在内部过滤器体积(8)内部并且在第三压力(p3)下将过滤的油从内部过滤器容积(8)释放到壳体出口(12),其中第三压力(p3)低于第二压力 (P2)。
    • 68. 发明公开
    • A METHOD AND APPARATUS FOR MAKING ROLLS FROM FLEXIBLE MATERIAL, SUCH AS MINERAL WOOL
    • 方法和装置ROLLS柔性材料矿棉的生产
    • EP3115324A1
    • 2017-01-11
    • EP15175443.9
    • 2015-07-06
    • Qubiqa Esbjerg A/S
    • Madsen, Arne
    • B65H18/22
    • B65H18/22B65H23/195B65H2701/177B65H2701/1922
    • The present invention relates to a method and apparatus for making rolls (200) by rolling a length of compressed flexible material (201), such as compressed isolation wool, wherein said method comprises
      - tapering the end of said length of compressed flexible material (203) between a folding roller (101) comprising grip edges (103) and a roll-up belt (105) providing a support on one side of said length of compressed flexible material to maintain the compression of said compressed flexible material,
      - initiating the rolling of said length of compressed flexible material by rotating the folding roller in a direction whereby a tip (203) of the tapered end of said length of compressed flexible material is bent in the rolling direction (207) due to a gripping contact between the grip edges of said folding roller,
      - continued rolling of said length of said compressed flexible material (201) while supporting the roll by said roll-up belt (105) until a roll of a specific size has been obtained.
      Thereby an automatic rolling of flexible material is obtained solving the above-mentioned problems by letting the folding roller (101) ensure that the initiation of the rolling is in a controlled manner.
    • 本发明涉及一种用于通过轧制压缩的柔性材料(201)的长度使得辊(200)的方法和装置:例如压缩绝缘羊毛,worin所述方法包括 - 锥形压缩的柔性材料的所述长度的端部(203 )一个折叠辊(101),其包括把手边缘(103)和卷起带(105)提供对压缩的柔性材料的所述长度的一个侧上的支撑,以保持所述的压缩来压缩的柔性材料,之间 - 启动所述轧制 通过沿折叠辊转动所述长度压缩的柔性材料制成,由此压缩的柔性材料的所述长度的锥形端部的尖端(203)是在轧制方向(207)弯曲,由于把手边缘之间的夹持接触 所述折叠辊的, - 续说的所述长度的轧制压缩的柔性材料(201),同时支持由所述卷起带(105)的轧辊,直到一个特定大小的辊已获得 , 由此柔性材料的自动滚动的获得通过使折叠辊(101)确保解决上述问题并轧制的开始是在受控制的方式。