公开(公告)号：US20100332905A1

公开(公告)日：2010-12-30

申请号：US12877515

申请日：2010-09-08

Applicant: Shinji IZUMI ,  Kohsaku SHIBATA ,  Kouichi KATOU

Inventor： Shinji IZUMI ,  Kohsaku SHIBATA ,  Kouichi KATOU

IPC: G06F11/36

CPC classification number: G06F11/3632

Abstract: Conventionally, when executing a plurality of programs while being synchronized by a plurality of debuggers, an interface has been required for performing a particular coordination between the debuggers. In the present invention, programs are synchronously executed without coordination between the debuggers by performing a control method including a step for maintaining a program execution state in the debuggers to be different from an actual program execution state, so that the program execution is retained, if necessary, in response to a program execution request from a debugger.

Abstract translation: 通常，当在多个调试器同步的同时执行多个程序时，需要接口来执行调试器之间的特定协调。 在本发明中，通过执行包括将调试器中的程序执行状态维持为不同于实际程序执行状态的步骤的控制方法，在调试器之间不进行协调的同步执行程序，从而保持程序执行，如果 必要时，响应来自调试器的程序执行请求。

公开(公告)号：US20090185765A1

公开(公告)日：2009-07-23

申请号：US12306456

申请日：2007-09-26

Applicant: Takeki Shirai ,  Shigeru Ebina ,  Shinji Izumi ,  Yuki Hayashi

Inventor： Takeki Shirai ,  Shigeru Ebina ,  Shinji Izumi ,  Yuki Hayashi

IPC: F16C29/06

CPC classification number: F16C29/0633 ,  F16C29/0602

Abstract: Provided is a linear guidance device in which a track groove (30, 70) serving as an endless circulation path for balls (3) can be formed through cutting or grinding with high precision and with ease at low cost. The linear guidance device includes: a raceway rail (1, 5) provided with a ball rolling groove (10, 50) which is formed on each side surface thereof; and a movement block (2, 6) formed in a channel configuration in which a base portion (20, 60) and a pair of flange portions (21, 61) are provided so that a guide groove (22, 62) is formed, and including the track groove which are provided with the guide groove faced with the raceway rail (1, 5), in which the track groove includes: a load straight-line groove (31, 71) formed in an inner surface of the flange portions; anon-load straight-line groove (32, 72) formed in a concave corner portion of the guide groove which is bordered with the flange portions and the base portion or formed in the base portion so as to be faced with the raceway rail; a ball deflection groove (33, 73) which communicatively couples the load straight-line groove and the non-load straight-line groove to each other so as to allow the balls to move therebetween.

Abstract translation: 提供一种线性引导装置，其中可以通过切削或磨削以高精度和容易地以低成本形成用作滚珠（3）的循环循环路径的轨道槽（30,70）。 线性引导装置包括：轨道轨道（1,5），其设置有形成在其每个侧表面上的滚珠滚动槽（10,50）; 以及形成为沟槽结构的移动块（2,6），其中设置有基部（20,60）和一对凸缘部（21,61），以形成引导槽（22,62） 并且包括设置有面向轨道轨道（1,5）的引导槽的轨道槽，其中轨道槽包括：形成在凸缘部分的内表面中的负载直线槽（31,71） ; 形成在与所述凸缘部和所述基部接合的所述引导槽的凹入角部，或者形成在所述基部中以面向所述轨道轨道的负载直线槽（32,72） 将负载直线槽和非负载直线槽相互连通地连接的球偏转槽（33,73），以使球在其间移动。

公开(公告)号：US08701089B2

公开(公告)日：2014-04-15

申请号：US12877515

申请日：2010-09-08

Applicant: Shinji Izumi ,  Kohsaku Shibata ,  Kouichi Katou

Inventor： Shinji Izumi ,  Kohsaku Shibata ,  Kouichi Katou

IPC: G06F9/44

CPC classification number: G06F11/3632

Abstract: Conventionally, when executing a plurality of programs while being synchronized by a plurality of debuggers, an interface has been required for performing a particular coordination between the debuggers. In the present invention, programs are synchronously executed without coordination between the debuggers by performing a control method including a step for maintaining a program execution state in the debuggers to be different from an actual program execution state, so that the program execution is retained, if necessary, in response to a program execution request from a debugger.

Abstract translation: 通常，当在多个调试器同步的同时执行多个程序时，需要接口来执行调试器之间的特定协调。 在本发明中，通过执行包括将调试器中的程序执行状态维持为不同于实际程序执行状态的步骤的控制方法，在调试器之间不进行协调的同步执行程序，从而保持程序执行，如果 必要时，响应来自调试器的程序执行请求。

公开(公告)号：US08016486B2

公开(公告)日：2011-09-13

申请号：US11660412

申请日：2005-08-23

Applicant: Takeki Shirai ,  Katsuhito Imai ,  Shinji Izumi ,  Yuji Tachikake

Inventor： Takeki Shirai ,  Katsuhito Imai ,  Shinji Izumi ,  Yuji Tachikake

IPC: F16C29/06

CPC classification number: F16C29/063 ,  F16C29/0604 ,  F16C29/0611

Abstract: A rolling guiding device makes it possible to easily provide a movement block with an endless circulation path for the balls. In one surface of a movement block opposed to a rolling groove of a raceway rail, there is formed a track groove through which balls makes an endless circulation. The track groove is includes a load straight-line groove which allows, between the track groove and the rolling groove of the raceway rail, the balls to roll while bearing a load. It also includes a pair of ball deflection grooves respectively provided at both ends of the load straight-line groove and adapted to release the balls having rolled through the straight-line groove from the load and to change their rolling direction, and a non-load straight-line groove for transferring the ball in a non-load state from one deflection groove to the other ball deflection groove.

Abstract translation: 滚动引导装置使得可以容易地为球提供具有循环循环路径的移动块。 在与轨道轨道的滚动槽相对的移动块的一个表面上形成有轨道槽，滚珠通过该槽形成循环。 轨道槽包括负载直线槽，其允许在轨道槽和滚道轨道的滚动槽之间滚动滚珠同时承受负载。 它还包括一对分别设置在负载直线槽的两端的球偏转槽，并且适于释放从负载中滚过直线槽的滚珠并改变它们的滚动方向，以及非负载 直线槽，用于将球以非负载状态从一个偏转槽转移到另一个球偏转槽。

公开(公告)号：US07600918B2

公开(公告)日：2009-10-13

申请号：US12306456

申请日：2007-09-26

Applicant: Takeki Shirai ,  Shigeru Ebina ,  Shinji Izumi ,  Yuki Hayashi

Inventor： Takeki Shirai ,  Shigeru Ebina ,  Shinji Izumi ,  Yuki Hayashi

IPC: F16C29/06

CPC classification number: F16C29/0633 ,  F16C29/0602

Abstract: Provided is a linear guidance device in which a track groove (30, 70) serving as an endless circulation path for balls (3) can be formed through cutting or grinding with high precision and with ease at low cost. The linear guidance device includes: a raceway rail (1, 5) provided with a ball rolling groove (10, 50) which is formed on each side surface thereof; and a movement block (2, 6) formed in a channel configuration in which a base portion (20, 60) and a pair of flange portions (21, 61) are provided so that a guide groove (22, 62) is formed, and including the track groove which are provided with the guide groove faced with the raceway rail (1, 5), in which the track groove includes: a load straight-line groove (31, 71) formed in an inner surface of the flange portions; a non-load straight-line groove (32, 72) formed in a concave corner portion of the guide groove which is bordered with the flange portions and the base portion or formed in the base portion so as to be faced with the raceway rail; a ball deflection groove (33, 73) which communicatively couples the load straight-line groove and the non-load straight-line groove to each other so as to allow the balls to move therebetween.

Abstract translation: 提供一种线性引导装置，其中可以通过切削或磨削以高精度和容易地以低成本形成用作滚珠（3）的循环循环路径的轨道槽（30,70）。 线性引导装置包括：轨道轨道（1,5），其设置有形成在其每个侧表面上的滚珠滚动槽（10,50）; 以及形成为沟槽结构的移动块（2,6），其中设置有基部（20,60）和一对凸缘部（21,61），以形成引导槽（22,62） 并且包括设置有面向轨道轨道（1,5）的引导槽的轨道槽，其中轨道槽包括：形成在凸缘部分的内表面中的负载直线槽（31,71） ; 形成在与所述凸缘部和所述基部邻接的所述引导槽的凹入角部，或者形成在所述基部中以面对所述轨道轨道的无负载直线槽（32,72） 将负载直线槽和非负载直线槽相互连通地连接的球偏转槽（33,73），以使球在其间移动。

公开(公告)号：US20080112656A1

公开(公告)日：2008-05-15

申请号：US11660412

申请日：2005-08-23

Applicant: Takeki Shirai ,  Katsuhito Imai ,  Shinji Izumi ,  Yuji Tachikake

Inventor： Takeki Shirai ,  Katsuhito Imai ,  Shinji Izumi ,  Yuji Tachikake

IPC: F16C29/06

CPC classification number: F16C29/063 ,  F16C29/0604 ,  F16C29/0611

Abstract: Provided is a rolling guiding device which makes it possible to easily provide a movement block with an endless circulation path for the balls even in a case of a small-sized rolling guiding device using balls of a relatively small diameter and which can be produced easily and at low cost. In one surface of a movement block (2) opposed to a rolling groove (13) of a raceway rail (1), there is formed a track groove (21) through which balls (3) makes an endless circulation. The track groove (21) is composed of: a load straight-line groove (22) which allows, between the track groove (21) and the rolling groove (13) of the raceway rail (1), the balls (3) to roll while bearing a load; a pair of ball deflection grooves (24) and (24) respectively provided at both ends of the load straight-line groove (22) and adapted to release the balls (3) having rolled through the straight-line groove (22) from the load and to change their rolling direction, causing the balls (3) to leave the rolling groove (13) of the raceway rail (1); and a non-load straight-line groove (23) for transferring the ball (3) in a non-load state from one deflection groove (24) to the other ball deflection groove (24).

Abstract translation: 提供一种滚动导引装置，即使在小型滚动导向装置的情况下也可以容易地提供具有滚珠循环路径的运动块，该滚动导向装置使用相对较小直径的球，并且可以容易地制造 以低成本。 在与轨道轨道（1）的滚动槽（13）相对的运动块（2）的一个表面上形成有滚珠（3）通过其循环循环的轨道槽（21）。 履带槽（21）由以下部件构成：负载直线槽（22），其能够在轨道槽（21）和轨道轨道（1）的滚动槽（13）之间，将球（3）〜 滚动同时承受负载; 分别设置在所述负载直线槽（22）的两端的一对球偏转槽（24）和（24），并且适于将从所述直线槽（22）滚过的所述滚珠（3）从所述直线槽 负载并改变其滚动方向，导致滚珠（3）离开滚道导轨（1）的滚动槽（13）。 以及用于将非球负载状态的球（3）从一个偏转槽（24）传递到另一个球偏转槽（24）的无负载直线槽（23）。