| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 板牙架、用于板牙架的支架、切削嵌件及成组的多个切削嵌件 | CN201480022465.5 | 2014-03-18 | CN105189001B | 2017-06-06 | 吕迪格·佛格 |
| 本发明涉及一种板牙架(10)，包括：—大体上为圆柱形的支架(12)，支架具有多个接收槽(24)以接收可拆卸地布置的切削嵌件(26)和每个可拆卸地布置的夹紧楔(28)，其中，这些接收槽(24)中的每个沿轴向(20)从支架(12)的横切于轴向(20)的第一端面(32)延伸，并且沿径向(30)从支架(12)的面向支架纵轴线(18)的内侧(22)延伸，其中每个切削嵌件(26)在大体上面向支架的纵轴线(18)的前侧(62)上具有至少一个切削刃(54)，其中夹紧楔(28)布置在相应的接收槽(24)中，并在横切于轴向(20)和径向(30)的圆周方向(34)上侧向布置在切削嵌件(26)旁；以及—用于每个接收槽(24)的螺钉(36)，用于将夹紧楔(28)和切削嵌件(26)紧固在接收槽(24)中。 | ||||||
| 2 | 一种铣床 | CN201510493489.5 | 2015-08-12 | CN105127788A | 2015-12-09 | 刘晓春; 陈惠 |
| 本发明公开了一种铣床，用于在轴类零件表面加工螺纹，包括机架、沿待加工工件的进给方向滑动地设于机架上的工作台、升降地设于机架上的铣头装置，铣头装置位于工作台的上方，工件绕自身轴心线旋转地设于工作台上，工作台上设有若干用以夹装工件的夹具，铣头装置包括升降地设于机架上的基座、安装在基座前端面上的用以安装铣刀片的铣刀座，铣刀座可绕自身的一侧边旋转地安装在基座的前端面上，铣刀座所在的纵向面与基座的前端面间具有一夹角，调节该夹角的大小用以调整铣刀片的铣削面与工件的径向截面间的倾角大小。采用本发明的铣床加工后的螺纹螺距大小可调，其操作方便，加工精度高，同时提高了加工效率。 | ||||||
| 3 | 板牙架、用于板牙架的支架、切削嵌件及成组的多个切削嵌件 | CN201480022465.5 | 2014-03-18 | CN105189001A | 2015-12-23 | 吕迪格·佛格 |
| 本发明涉及一种板牙架(10)，包括：大体上为圆柱形的支架(12)，支架具有多个接收槽(24)以接收可拆卸地布置的切削嵌件(26)和每个可拆卸地布置的夹紧楔(28)，其中，这些接收槽(24)中的每个沿轴向(20)从支架(12)的横切于轴向(20)的第一端面(32)延伸，并且沿径向(30)从支架(12)的面向支架纵轴线(18)的内侧(22)延伸，其中每个切削嵌件(26)在大体上面向支架的纵轴线(18)的前侧(62)上具有至少一个切削刃(54)，其中夹紧楔(28)布置在相应的接收槽(24)中，并在横切于轴向(20)和径向(30)的圆周方向(34)上侧向布置在切削嵌件(26)旁；以及用于每个接收槽(24)的夹持装置(36)，用于将夹紧楔(28)和切削嵌件(26)紧固在接收槽(24)中。 | ||||||
| 4 | 一种可转位圆弧螺纹铣刀 | CN201510220940.6 | 2015-05-04 | CN104785839A | 2015-07-22 | 王志强 |
| 本发明公开了一种可转位圆弧螺纹铣刀,包括刀体、刀片和螺钉，刀体有刀齿和刀盘结构，八个刀齿以外旋式方式均布在刀盘上，刀盘中间有通孔，通孔面有槽造型用于放置与传动轴的配合的平键，刀齿顶部开螺纹孔装螺钉，带孔的刀片通过螺钉固定在刀齿顶部。刀齿为外旋式，刀体安装八个可转位刀片，刀片的调整方便，不用调刀、对刀，能有效节约经济成本。 | ||||||
| 5 | Releasable thread chaser | US13178789 | 2011-07-08 | US08794882B2 | 2014-08-05 | Jim Whaley; Wesley C. Keys |
| A pivoting split thread chasing die with fastener is disclosed. In one example, the fastener can include a retainer that captures the fastener within one half of the thread chasing die. The thread chasing die may make it easier for a user to refurbish threads of large bolts and studs. | ||||||
| 6 | ダイス回し | JP2016504569 | 2014-03-18 | JP6266084B2 | 2018-01-24 | フェーゲ, ルーディガー |
| 7 | ダイス回し | JP2016504569 | 2014-03-18 | JP2016514624A | 2016-05-23 | ルーディガー フェーゲ， |
| ダイス回し(10)は、軸方向(20)に延びる中心ホルダ長軸(18)に対して対称的な大凡円筒形のホルダ(12)であって、複数の受け入れ溝(24)を有し、各受け入れ溝(24)は切削インサート(26)と締め付け楔(28)を受け入れるように構成され、各受け入れ溝(24)はホルダ(12)の第1の端面(32)から軸方向に延び、第1の端面(32)は軸方向を横切って延び、各受け入れ溝(24)はホルダ(12)の内側(22)から半径方向(30)に延び、該内側(22)はホルダ長軸(18)に対向するホルダ(12)と、受け入れ溝(24)内に取り外し可能に配置された複数の切削インサート(26)であって、各切削インサート(26)はホルダ長軸(18)に大凡対向する前側(62)に少なくとも1つの切削エッジ(54)を備えた複数の切削インサート(26)を備え、受け入れ溝(24)に取り外し可能に配置されて、軸方向及び半径方向に切削インサート(26)を固定する複数の締め付け楔(28)であって、各受け入れ溝(24)に1つの締め付け楔(28)と1つの切削インサート(26)が配備され、該複数の締め付け楔(28)は軸方向(20)と半径方向(30)を横切る周方向(34)に、各受け入れ溝(24)内で切削インサート(26)と夫々平行に配置される複数の締め付け楔(28)と、受け入れ溝(24)毎に配置されて、各受け入れ溝(24)に締め付け楔(28)と切削インサート(26)を固定する1つの固定手段(36)を備えている。【選択図】図1 | ||||||
| 8 | SCHNEIDKLUPPE, HALTER FÜR SCHNEIDKLUPPE, SCHNIEDEINSATZ UND SATZ MEHRERER SCHNEIDEINSÄTZE | EP14711239.5 | 2014-03-18 | EP2978553A1 | 2016-02-03 | VOEGE, Rüdiger |
| The invention relates to a die stock (10) having: • - a substantially cylindrical holder (12) having a plurality of receiving grooves (24) for receiving a detachably arranged cutting insert (26) and each detachably arranged clamping wedge (28), wherein each of these receiving grooves (24) extends in the axial direction (20) from a first end face (32) of the holder (12) extending transversely to the axial direction (20), and in the radial direction (30) from an inner side (22) of the holder (12) facing the longitudinal axis (18) of the holder, wherein each cutting insert (26) has at least one cutting edge (54) on a front side (62) substantially facing the longitudinal axis (18) of the holder, wherein the clamping wedges (28) are arranged in the respective receiving groove (24) laterally next to the cutting inserts (26) in the circumferential direction (34) transverse to the axial direction (20) and the radial direction (30); and • - a retaining means (36) for each receiving groove (24) for fixing the clamping wedges (28) and the cutting inserts (26) in the receiving groove (24) concerned. | ||||||
| 9 | Die stock | US14862973 | 2015-09-23 | US09925608B2 | 2018-03-27 | Ruediger Voege |
| A die stock comprising a holder, which is symmetrical to a centric holder longitudinal axis, wherein the holder has a plurality of receiving grooves each of which is configured for receiving a cutting insert and a clamping wedge, each of the receiving grooves extending from a first end face of the holder in the axial direction, the first end face running transversely to the axial direction, and wherein each of the receiving grooves extends from an inner side of the holder in a radial direction, the inner side facing toward the holder longitudinal axis. The die stock further comprises a plurality of cutting inserts, wherein each cutting insert has, on a front side that faces substantially toward the holder longitudinal axis, at least one cutting edge. The die stock further comprises a plurality of clamping wedges arranged detachably in the receiving grooves. | ||||||
| 10 | DIE STOCK | US14862973 | 2015-09-23 | US20160008902A1 | 2016-01-14 | Ruediger VOEGE |
| A die stock comprising a substantially cylindrical holder, which is symmetrical to a centric holder longitudinal axis that runs in an axial direction, wherein the holder has a plurality of receiving grooves each of which is configured for receiving a cutting insert and a clamping wedge, wherein each of the receiving grooves extends from a first end face of the holder in the axial direction, said first end face running transversely to the axial direction, and wherein each of the receiving grooves extends from an inner side of the holder in a radial direction, said inner side facing toward the holder longitudinal axis. The die stock further comprises a plurality of cutting inserts arranged detachably in the receiving grooves, wherein each cutting insert has, on a front side that faces substantially toward the holder longitudinal axis, at least one cutting edge. The die stock further comprises a plurality of clamping wedges arranged detachably in the receiving grooves in order to axially and radially fix the cutting inserts, wherein one clamping wedge and one cutting insert is provided for each of the receiving grooves, respectively, wherein the clamping wedges are, in a peripheral direction that runs transversely to the axial direction and the radial direction, arranged alongside the cutting inserts in each of the receiving grooves, respectively. Still further, the die stock comprises one holding means per receiving groove, for fastening the clamping wedges and cutting inserts in the receiving grooves. | ||||||
| 11 | Releasable Thread Chaser | US13178789 | 2011-07-08 | US20120009033A1 | 2012-01-12 | Jim Whaley; Wesley C. Keys |
| A pivoting split thread chasing die with fastener is disclosed. In one example, the fastener can include a retainer that captures the fastener within one half of the thread chasing die. The thread chasing die may make it easier for a user to refurbish threads of large bolts and studs. | ||||||
| 12 | Combination tap and die wrench | US826439 | 1977-08-22 | US4111591A | 1978-09-05 | Edward M. Rolnick |
| A combination tap and die wrench is provided having a center portion with an aperture extending through the thickness thereof for receiving and retaining tapping apparatus and at least two oppositely extending arm portions extending outwardly from the center portion, each of said arm portions including a plurality of receptacles for receiving and retaining dies. An extension handle is also provided and may be secured to either of the arm portions at their outwardly extending ends. Storage means for tapping apparatus may be provided in the handle. | ||||||
| 13 | 사출 및 압출기용 스크루 나사산부의 커팅방법 | KR1020120062283 | 2012-06-11 | KR1020130138580A | 2013-12-19 | 주상규 |
| The present invention relates to a method for cutting a screw thread portion of a screw for an injection-extrusion machine capable of accurately and easily cutting a dissimilar metal portion which is welded and coated to reinforce the screw thread portion of a screw for an injection-extrusion machine by using a separate cutting device. The method for cutting a screw thread portion of a screw for an injection-extrusion machine using the cutting device (100) sets a position of a cutting cutter (143) by using a first control handle (113), a second control handle (123), and a third control handle (133) to cut a welded and coated portion (22a) coated on the screw thread portion (22) of the screw (20). When cutting a second surface (22-2) of the screw thread portion (22) positioned on the rear surface of a direction where the cutting device (100) progresses while the screw (20) is rotated, a rotating portion of the cutting cutter (143) is positioned to be in contact with the second surface (22-2) of the screw thread portion to be inclined at an angle of 15-18 degrees. | ||||||
| 14 | 고하중용 대리드 볼스크류 너트의 내경 나선 연마방법 | KR1020100030474 | 2010-04-02 | KR1020110111080A | 2011-10-10 | 도히; 김현구; 최종훈; 장웅; 김신재; 최재수; 신중호; 양현대; 류성기 |
| 본 발명은 고하중용 대리드 볼스크류 너트의 내경 나선을 연마하는 방법에 있어서, 상기 너트의 내경에 형성된 나선 홈의 리드각 및 곡률을 확인하는 나선 확인 단계와, 상기 나선 확인 단계에서 확인된 나선에 대응되는 연마면 및 직경을 가지는 숫돌을 회전축에 장착하는 숫돌 장착단계와, 상기 회전축이 상기 너트의 중심과 평행하게 유지되면서 상기 숫돌 장착단계에서 장착된 숫돌을 이용하여 너트의 내경이 연마되는 내경연마단계가 포함된다.
이에 의하면, 대리드 볼스크류 너트의 내경 나선 홈 연마 시 숫돌의 회전축과 너트 내경의 간섭은 물론 숫돌의 드레싱과정 없이 나선 홈 연마가 안정적이고 빠르게 이루어질 수 있는 이점이 있다. |
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| 15 | 사출, 압출 및 산업용 스크류의 나사산부 절삭 및 커팅장치 | KR1020110088361 | 2011-09-01 | KR1020130025060A | 2013-03-11 | 주상규 |
| PURPOSE: A cutter for cutting the screw thread part of a screw for injection, extrusion and industry is provided to elaborately cut a part welded in the screw thread part side while moving along a lathe apparatus. CONSTITUTION: A cutter for cutting the screw thread part of a screw for injection, extrusion and industry comprises a first adjusting part(110), a second adjusting part(120), a third adjusting part(130), and a cutting part(140). The first adjusting part comprises a first supporting block(111), a first rotary shaft(112), and a first adjusting handle(113). The first supporting block is installed in a transfer working board(101) which is movably installed from a bed(1) of a lathe apparatus. The first adjusting handle adjusts the rotation angle of the first rotary shaft. The second adjusting part comprises a second supporting block and a second adjusting handle(123). The second adjusting handle adjusts the rotation angle of forward and backward direction of a second rotary shaft(121). The third adjusting part comprises a third supporting block(132) and a third adjusting handle(133). The third adjusting handle adjusts angle of left and right inclination of a third rotary shaft(131). The cutting part includes the cutter. The cutter cuts a part welded in the screw thread part side on the rotary shaft in which a driving pulley(P2) is installed. | ||||||
| 16 | 기계 장착용 홀 및 탭 가공 지그 | KR1020090130637 | 2009-12-24 | KR1020110073861A | 2011-06-30 | 김윤철 |
| PURPOSE: A hole and tap machining jig installed in a machine is provided to easily machine a hole by connecting the jig to a connection chuck even if a hole machining position of a workpiece is covered by a sill. CONSTITUTION: A hole and tap machining jig(100) installed in a machine comprises housings(110), a drive member(120), a driven member(130), a power transmission member(140), and a tool fixing member(150). The housings are vertically coupled to each other. The drive member is vertically installed in one end of the housings. The driven member is vertically installed in the other end of the housings and is separated from the drive member. The power transmission member is connected to the drive and driven members to transfer power from the drive member to the driven member. The tool fixing member is separably fixed to the bottom end of the driven member. A tool(T) is installed in the tool fixing member. | ||||||
| 17 | 볼스크류축 래핑용 지그 및 지그홀더 | KR1020100072926 | 2010-07-28 | KR101012721B1 | 2011-02-09 | 김원덕 |
| PURPOSE: A jig for lapping a ball screw shaft and a jig holder is provided to lap the inner peripheral part of a spiral groove with the ball screw shafts of different materials, since a lapping projection can control the pressure applied on a spiral groove. CONSTITUTION: A jig(10) for lapping a ball screw shaft comprises a half-cylinder shaped body and a lapping protrusion(11). One or more moving slits(10a) is formed in the longitudinal direction in the body. The spiral groove is formed on the external periphery portion of the ball screw shaft. The lapping protrusion corresponding to the spiral groove of the ball screw shaft is formed on the inner peripheral part of the body. The body laps the spiral groove with moving according to the rotation of the ball screw shaft. | ||||||
| 18 | DIE STOCK, HOLDER FOR DIE STOCK, CUTTING INSERT AND SET OF A PLURALITY OF CUTTING INSERTS | PCT/EP2014055403 | 2014-03-18 | WO2014154532A8 | 2015-05-14 | VOEGE RÜDIGER |
| The invention relates to a die stock (10) having: • - a substantially cylindrical holder (12) having a plurality of receiving grooves (24) for receiving a detachably arranged cutting insert (26) and each detachably arranged clamping wedge (28), wherein each of these receiving grooves (24) extends in the axial direction (20) from a first end face (32) of the holder (12) extending transversely to the axial direction (20), and in the radial direction (30) from an inner side (22) of the holder (12) facing the longitudinal axis (18) of the holder, wherein each cutting insert (26) has at least one cutting edge (54) on a front side (62) substantially facing the longitudinal axis (18) of the holder, wherein the clamping wedges (28) are arranged in the respective receiving groove (24) laterally next to the cutting inserts (26) in the circumferential direction (34) transverse to the axial direction (20) and the radial direction (30); and • - a retaining means (36) for each receiving groove (24) for fixing the clamping wedges (28) and the cutting inserts (26) in the receiving groove (24) concerned. | ||||||
| 19 | 삽입형 탭 가공기 | KR1020120073426 | 2012-07-05 | KR1020140005622A | 2014-01-15 | 강귀동 |
| The present invention relates to an inserted-type tap forming device, and, more specifically, to a tap formed with two portions having join directions that are relatively variable, thereby being inserted into a space difficult to work. A tap forming device of the present invention comprises: a rotary member (11) capable of being rotated manually or by being connected to a mechanical device; a first join member (12) connected to one end of the rotary member (11); a second join member (13) coupled to the first join member (12) to be able to rotate as big as a predetermined angle to the first join member (12); a connector part (14) connecting an end of the first join member (12) and an end of the second join member (13); and a screw forming part (15) formed at the other end of the second join member (13), wherein a rotation as big as the predetermined angle is carried around the connector part (14). | ||||||
| 20 | Lapping apparatus for ballscrew nut | KR20120029256 | 2012-03-22 | KR101188832B1 | 2012-10-09 | LEE JAE HONG |
| PURPOSE: A lapping machine for ball screw nuts is provided to precisely grind a spiral groove of a ball screw nut while a lapping jig is rotated by a rotary motor. CONSTITUTION: A lapping machine for ball screw nuts comprises a pair of lapping jigs, a rotary motor, a clamp(40), and a rotation control unit. A fixing cap is fitted into both ends of the lapping jigs. The lapping jig comprises projected portions(10c) and lapping projections(10a). The projected portions are formed at constant intervals, and a screw groove(10d) is formed on an inclined outer surface of the projected portion. The lapping projections are correspondently formed to a spiral groove of the ball screw nut. The rotary motor is connected to one end of the lapping jig. The clamp is inserted into the lapping jigs, and the threads of the clamp are gradually bigger toward one side. The clamp is engaged with thread grooves. The rotation control unit rotates the clamp in one direction. | ||||||
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