| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 121 | VERFAHREN ZUM HERSTELLEN EINER SPINDELMUTTER EINES KUGELGEWINDETRIEBES UND WERKZEUGDORN HIERFÜR | EP03750402.4 | 2003-07-29 | EP1526933B1 | 2008-04-02 | OSTERLÄNGER, Jürgen; KRAUS, Manfred; KELLER, Torsten; MOTZ, Thomas |
| Disclosed is a method for the production of a spindle nut (3) of a spherical thread drive mechanism. The inner circumference of said spindle nut (3) comprises at least one screw-shaped track (4) which is formed thereupon as a single piece and the threads (38) of which are separated by means of shoulders (6). Said shoulder (6) is interrupted at least at one peripheral position by a deflecting recess (23) in order to redirect balls (13) from one thread into an adjacent thread (38). The inventive method comprises the following steps: a tool arbor (56), the outer circumference of which is provided with a counter-profile of the screw-shaped track (4) and a projecting part (59) for each deflecting recess, is disposed inside a hollow blank (57); a tool exercising radial forces (F) acts upon and reshapes the blank (57) from the outside, the inner circumferential surface of the blank (57) being shaped according to the counter-profile and the projecting part (59) of the tool arbor (56) during the reshaping process such that the screw-shaped track (4) and the deflecting recess (23) are formed. The invention also relates to a device for carrying out said method. | ||||||
| 122 | Werkzeug und Verwendung desselben zur Herstellung von Gewinden | EP05024541.4 | 2004-04-19 | EP1629919A2 | 2006-03-01 | Mann, Jürgen |
Beschrieben wird ein Werkzeug zur Herstellung von Gewinden, insbesondere von Innengewinden, das ein Herstellungsverfahren ermöglicht, bei dem die Innenoberfläche (16) einer Werkstückbohrung mittels spanloser Druckumformung bearbeitet wird. Das Werkzeug hat einen Formkopf (18; 118) mit zumindest zwei nach der Art eines Gewindefräsers ausgebildeten und in konstantem axialen Abstand (T) zueinander stehenden Profilvorsprüngen (20), die über den Umfang durchgehend und mit sich über den Umfang verändernder radialer Erstreckung (ERMIN, ERMAX) ausgebildet sind, so dass im Bereich eines jeden Profilvorsprungs (20) über den Umfang zumindest ein Drückstollen (22; 122) entsteht. Die Profilvorsprünge (20) bilden mit der sich über den Umfang ändernden radialen Erstreckung (ERMIN, ERMAX) über den Umfang jeweils mehrere Drückstollen (22; 122) aus. Die Drückstollen (122) benachbarter Profilvorsprünge sind in Umfangsrichtung zueinander versetzt. Um Gewinde unterschiedlicher Nenndurchmesser besonders wirtschaftlich und mit verbesserter Gefügequalität im Bereich des Gewindes herstellen zu können, wird das Gewinde dadurch gebildet, dass das Werkzeug zunächst an einer Umfangsstelle der Werkstückbohrung in das Werkstück eingefahren wird, vorzugsweise auf volle Gewindetiefe gebracht wird, und unter Beibehaltung der zur Achse der Werkstückbohrung eingestellten Exzentrizität der Drehachse eine 360° durchlaufende Relativ-Kreisbewegung (Zirkularbewegungs) bezüglich der Achse der Werkstückbohrung ausführt, während der Formkopf gleichzeitig eine konstante axiale Relativ-Vorschubbewegung um das Maß der herzustellenden Gewindsteigung ausführt.
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| 123 | Method for threading inlets formed by drawing, particularly for manufacturing elements of radiators and the like | EP03003259.3 | 2003-02-24 | EP1346783A3 | 2003-12-10 | Bellesi, Luca |
A method for threading inlets formed by drawing, particularly for manufacturing elements of radiators and the like, comprising the step of inserting the rolling tool in an inlet (2) formed by drawing; moreover, while the rolling tool is inserted, an outer containment element (10) is applied to the outside diameter of the inlet and has an inside diameter (da) that is substantially equal to the inside diameter (dm) of the inlet (2) plus twice the radial thickness (s) of the inlet. |
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| 124 | Ball screwed nut, linearly guiding apparatus using the same, ball screw for steering and method of manufacturing the ball screwed nut | EP99117481.4 | 1999-09-10 | EP0985470A3 | 2002-05-15 | Sonoda, Katsuhiro; Shirai, Takeki; Yamanaka, Shigeru |
A ball rolling groove 1c is defined in an inner peripheral surface of A ball screwed nut 1 by a rolling process, not by a grinding process so that a ball screwed nut having small diameters or large leads can be manufactured. The surface of the ball rolling groove 1c is finished to be sharp without concave and convex by a plastic working by the rolling process, so that the surface is less rough. By rolling the surface by the rolling process excellent in durability, the precision of R shape of the ball rolling groove 1c can be made excellent. |
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| 125 | METHOD OF MANUFACTURING BALL JOINT AND HOUSING FOR THE BALL JOINT | EP00937297.0 | 2000-06-19 | EP1191241A1 | 2002-03-27 | Kato, Hiroshi K.K. Somic Ishikawa Hamamatsu-Kojo |
An intermediate molding (41) is formed so that a cylindrical arm-to-be portion (42) projects from the cylindrical outer surface of a body portion (13) of the arm-to-be portion (42). The arm-to-be portion (42) has a given thickness and a hole (42a) with a diameter greater than the inner diameter of a projecting connector portion (20) of an arm portion (15). A pair of flat face portions (42b) extending parallel to the axis of the body portion (13) are formed on the cylindrical outer surface of the arm-to-be portion (42). A tap (44) that has an external thread (43) formed along its cylindrical outer surface is inserted into the hole (42a) of the arm-to-be portion (42). Concave faces (49),(49) are concaves respectively formed on the opposing surfaces of an upper die (47) and a lower die (48) so as to have a shape like a half cylinder with a curvature corresponding to that of the cylindrical outer surface of the projecting connector portion (20). The concave faces (49),(49) sandwich and apply pressure to the arm-to-be portion (42), thereby narrowing the arm-to-be portion (42) and forming an internal thread (19) in the cylindrical outer surface of the hole (42a) of the arm-to-be portion (42). With the tap (44) being removed while being rotated, formation of the arm portion (15) is completed. Compared with a method that calls for forming an internal thread (19) by threading with an external thread (43) of the tap (44), the method of the invention enables the easier and quicker formation. The invention also prevents wear of the tap (44) and enables the easy formation of the projecting connector portion (20) of the arm portion (15) having stable characteristics and a desired internal thread (19). |
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| 126 | Ball screwed nut, linearly guiding apparatus using the same, ball screw for steering and method of manufacturing the ball screwed nut | EP99117481.4 | 1999-09-10 | EP0985470A2 | 2000-03-15 | Sonoda, Katsuhiro; Shirai, Takeki; Yamanaka, Shigeru |
A ball rolling groove 1c is defined in an inner peripheral surface of A ball screwed nut 1 by a rolling process, not by a grinding process so that a ball screwed nut having small diameters or large leads can be manufactured. The surface of the ball rolling groove 1c is finished to be sharp without concave and convex by a plastic working by the rolling process, so that the surface is less rough. By rolling the surface by the rolling process excellent in durability, the precision of R shape of the ball rolling groove 1c can be made excellent. |
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| 127 | Rolleisen zum Drücken von Gewinde | EP93100724.9 | 1993-01-19 | EP0552713B1 | 1996-06-05 | Glimpel, Helmut, Dipl.-Ing.; Maier, Dietmar |
| 128 | 緩み防止用ねじ山構造及びその加工工具 | JP2017554224 | 2016-01-05 | JP2018508728A | 2018-03-29 | ソ・ヒョヌ; チャン・ウォンボム |
| 本発明に係る緩み防止用ねじ山構造は、一定のピッチを有するねじ山が備えられ、各ねじ山の両側面にはねじ山の進入方向に斜面をなす無負荷側フランク面とねじ山の後退方向に斜面をなす負荷側フランク面とが形成されるねじ山構造において、前記ねじ山の無負荷側フランク面は、対応する相対締結物のねじ山頂部に形成された円弧部に接する第1接線部、及び前記第1接線部から既に設定された角度をなし、前記円弧部に接する第2接線部を含む。 | ||||||
| 129 | ナット | JP2014555219 | 2013-02-01 | JP6280053B2 | 2018-02-14 | ペーター ウンゼルト; グンター メスマー |
| 130 | Ball screw nut, a manufacturing method of linear guide device and steering for the ball screw and ball screw nut using the ball screw nut | JP25861198 | 1998-09-11 | JP4230020B2 | 2009-02-25 | 勝広 園田; 茂 山中; 武樹 白井 |
| 131 | Nut | JP2007187441 | 2007-07-18 | JP2007303682A | 2007-11-22 | BAECHLE EWALD |
| PROBLEM TO BE SOLVED: To provide a nut that can positively avoid loosening by automatically turning from the screwed state of the nut even after a repeated use. SOLUTION: The nut has a driving part 2 for tool engagement, a contact range 4 contacted with a member, and a sleeve-like clamping range 3 having slots in a longitudinal direction. A clamping tongue piece 15 is disposed between the slots in the clamping range in a circumferential direction, and the clamping range having the slots and the clamping tongue piece and the driving part are formed by solid deformation. The internal thread ridge of the nut has a portion extending with a fixed diameter along the driving part, and a portion extending with a diameter reduced with the increase of spacing from the driving part over at least a part of axial length of the clamping range. The wall thickness of the clamping tongue piece 15 is reduced with the increase of spacing from the driving part over at least a partial range of the axial length of the clamping range 3. COPYRIGHT: (C)2008,JPO&INPIT | ||||||
| 132 | The procedures for the formation of threads, tools and equipment | JP2006505191 | 2004-04-19 | JP2006524139A | 2006-10-26 | マン、ユルゲン |
| 本発明は、ワーク内およびワーク表面上で発生する圧力によって、切断以外の様態にて外方向にネジ山のピッチを押し進める回転駆動されるネジ山形成器（１０）によって、ネジ山、特に内ネジ山（３４）を形成する方法に関する。 本発明の目的は、特に経済的な様態で、向上させた構造品質をもって、種々の公称直径のネジ山を形成することにある。 目的を達成するため、シャンク工具（１０）には、ネジ切りフライスの種類に応じて、たがいに一定の距離で配される輪郭突起が備えてある。 前記輪郭突起（２０）は連続した様態で形成され、ネジ（１８）の頭の外周上に可変ラジアル延長部を有し、ワーク内のワーク穴の外周（ＳＵ）上の１点で工具内に最初は挿入される。 前記ワークは完全ネジ山部の面高さ（ＴＧ）で配されることが好適であり、ワーク穴（１６）の軸（３０）に対して３６０°の相対円運動が実行され、ネジ頭も、形成されるネジピッチ（Ｐ）に対応する一定の軸相対前方変位移動（ＢＶ）を実行している間に、ワーク穴（１６）の軸（３０）によって調整される回転軸の偏心度（ＥＸ）を維持する。 | ||||||
| 133 | Pressure transfer granulator device and method for fabricating an internal gear with two dentition | JP50018199 | 1998-05-14 | JP2002500564A | 2002-01-08 | ツィンマーマン ヴィルヘルム; ハインツ ピュッツ カール; シュタインハウアー ハインツ; シュタイン ベルント |
| (57)【要約】 少なくとも１つのはす歯列を含む２つの内歯列を備えた内歯歯車（１７）を製作するための加圧転造装置（１；１０１）。 ワーク（９）は第１の内歯列の成形中に保持手段（１６；１１６）により保持される。 第２の内歯列の成形中に、ワーク（９）は第１の成形工具（２；１０２）上の第１の歯列により保持される。 内歯歯車（１７）の完成後、両方の成形工具（２，４；１０２，１０４）の間の回転連結が解除される。 少なくとも１つのストリッピング部材（１８）により、内歯歯車（１７）が単数または複数のはす歯列から解離される。 | ||||||
| 134 | Nut, in particular wheel nut | JP8984093 | 1993-04-16 | JPH0610937A | 1994-01-21 | EEBUARUTO BEHIRE |
| PURPOSE: To improve a contact condition between a member, to which a nut is tightened, and a pressure washer, thereby to provide a uniform distribution of a contact pressure by manufacturing the pressure washer through the massive forming method so as to give a concave contact zone. CONSTITUTION: This nut is an integrally formed pressure washer having a concave contact surface 4a. In this case, the pressure washer is manufactured by the massive forming method. When the nut is tightened, it is necessary to reduce the axial clearance between the pressure washer and the corresponding surface from the start of the contact of the outside diameter of the pressure washer until the complete contact of the pressure washer. Therefore, uneven tightening force is compensated by elastic deformation of the pressure washer due to further tightening of the pressure washer. | ||||||
| 135 | Nut, in particular wheel nut | JP8983793 | 1993-04-16 | JPH0610935A | 1994-01-21 | EEBUARUTO BEHIRE |
| PURPOSE: To surely prevent loosening of a nut from a fastened state even after many times of use by forming both a conical inner surface and a slit through a massive forming method. CONSTITUTION: A sleeve-shaped tightening portion 3 is axially continued to an operating portion 2 having a polygonal head. The tightening portion 3 is defined by a conically extending outer cylindrical surface 7. The apex of the cone of the outer cylindrical surface is positioned in the opposite side of a contact surface 4 of a pressure washer 1. Further, the tightening portion 3 is provided with a plurality of slits or axial recesses 8 distributed in the peripheral direction. These slits or recesses 8 axially extend to the position of a radial defining plane 9 of the operating portion 2. Both cylindrically extending threaded portion 11 of the operating portion 2 and conically extending threaded portion 12 in the tightening portion 3 are manufactured by the massive forming method. Therefore, excessive stresses on the thread from the viewpoint of material strength can be avoided. | ||||||
| 136 | JPS6260177B2 - | JP21921882 | 1982-12-16 | JPS6260177B2 | 1987-12-15 | HIROHAMA SHIGEHARU; YAMAZAKI RYUICHI; MINOWA NORYUKI |
| 137 | JPS61162313U - | JP4694885 | 1985-03-30 | JPS61162313U | 1986-10-08 | |
| 138 | JPS6139136B2 - | JP11889281 | 1981-07-28 | JPS6139136B2 | 1986-09-02 | MINEO HIROYUKI; MINEO KINJI |
| 139 | JPS6025213B2 - | JP50158480 | 1980-06-30 | JPS6025213B2 | 1985-06-17 | TOROHOFU GENNADEI AREKUSANDOROITSUCHI; SHAMENKO SUTEPAN PETOROITSUCHI; TSUIRUKO GEORUGII RYUTSUIANOITSUCHI; OREINICHENKO UIKUTORU GURIGOREUITSUCHI; HIICHUN GEORUGII AREKUSANDOROITSUCHI; MENYAIRENKO ANATORI |
| 140 | Rolling apparatus for surface of root of thread of tapered screw | JP15063183 | 1983-08-18 | JPS6044221A | 1985-03-09 | KOMATSU HIDEO; HIRAKAWA KENJI; KIRIMOTO TAKESHI |
| PURPOSE:To eliminate tilting of idle rollers under increased load and facilitate rolling work of female screw in good form, by arranging the rolling of tapered female screw on a cylindrical member to be performed by means of hydraulically expansible and contractible cylinder and ram mechanism. CONSTITUTION:A rolling head 22 is inserted in a cylindrical member to be rolled 21 and a cylinder 31 and a ram 32 are allowed to expand to press two idle rollers 48, 49 against tapered female thread 16, in such a manner that the idle rollers are fitted in the roots of thread. Then, the pressure within a hydraulic pressure chamber 34 is adjusted so that proper pressure will be applied by the rollers 48, 49 to the roots of thread of the tapered femal screw 16. Thereafter, the rolling head 22 is shifted while the cylindrical member to be rolled 21 is rotated, whereby the roots of thread of the tapered female screw 16 is rolled by constant load from end to end, where the roller load is kept constant by constant adjustment of the indication of a hydraulic pressure meter. Since the center lines of the rollers are aligned and one roller 49 is of two-ridged type, both the rollers 48, 49 can maintain stable rolling attitudes and can therefore perform the rolling work simply and satisfactorily. | ||||||
