Abstract: An endoscopic shaft assembly includes: an elongate outer shaft; and an outer housing coupled to a proximal portion of the elongate outer shaft. The outer housing includes: a tubular wall defining a cavity; and a shaft plunger disposed within the cavity and configured to move axially within at least a portion of the cavity along a travel path. The shaft plunger includes a collar. The collar is configured to be separated from the tubular wall along a first travel portion of the travel path and to contact the tubular wall along a second travel portion of the travel path.

Abstract: A surgical clip applier (100) includes a handle assembly (110) having a housing (118), a trigger (114), and an advancing mechanism supported in the housing (118) and being actuatable by the trigger (114). An elongated tube assembly (200) extends from the housing (118). A first shaft (202) is slidably disposed within the elongated tube assembly (200) and defines a surface portion (203). A second shaft (215) is disposed through an outer surface of the elongated tube assembly (200) and is in operative engagement with the surface portion (203) of the first shaft (202). Upon actuating the advancing mechanism, the first shaft (202) moves distally within the elongated tube assembly (200) relative to the second shaft (215) such that the surface portion (203) of the first shaft (202) traverses the second shaft (215) to produce at least one of an audible or tactile feedback.

Abstract: A CPU 501 of a production management support apparatus 500 is configured to execute: a process of acquiring capability information of a plurality of workers; a process of acquiring work information of a plurality of kinds of work; a process of acquiring work performance information including a work status of a plurality of kinds of work actually executed by the plurality of workers; a process of accepting a designation of a target worker and target work; a process of acquiring the work performance information of the plurality of workers related to the plurality of kinds of work, and generating a predictive model which adopts a work status in the work performance information of each work as a target variable, and which adopts any plurality of feature amounts among feature amounts included in the work information and the capability information as an explanatory variable; a process of applying the predictive model to the capability information of the target worker and the work information of the target work, to

Abstract: A surgical clip applier (100) includes a handle assembly (110) having a housing (118), a trigger (114), and an advancing mechanism supported in the housing (118) and being actuatable by the trigger (114). An elongated tube assembly (200) extends from the housing (118). A first shaft (202) is slidably disposed within the elongated tube assembly (200) and defines a surface portion (203). A second shaft (215) is disposed through an outer surface of the elongated tube assembly (200) and is in operative engagement with the surface portion (203) of the first shaft (202). Upon actuating the advancing mechanism, the first shaft (202) moves distally within the elongated tube assembly (200) relative to the second shaft (215) such that the surface portion (203) of the first shaft (202) traverses the second shaft (215) to produce at least one of an audible or tactile feedback.

Abstract: An endoscopic shaft assembly (200) includes: an elongate outer shaft (222); and an outer housing (212) coupled to a proximal portion (222a) of the elongate outer shaft (222). The outer housing (212) includes: a tubular wall (215) defining a cavity (214); and a shaft plunger (234) disposed within the cavity (214) and configured to move axially within at least a portion of the cavity (214) along a travel path. The shaft plunger (234) includes a collar (236). The collar (236) configured to be separated from the tubular wall (215) along a first travel portion of the travel path and to contact the tubular wall (215) along a second travel portion of the travel path.

Abstract: A CPU 501 of a production management support apparatus 500 is configured to execute: a process of acquiring capability information of a plurality of workers; a process of acquiring work information of a plurality of kinds of work; a process of acquiring work performance information including a work status of a plurality of kinds of work actually executed by the plurality of workers; a process of accepting a designation of a target worker and target work; a process of acquiring the work performance information of the plurality of workers related to the plurality of kinds of work, and generating a predictive model which adopts a work status in the work performance information of each work as a target variable, and which adopts any plurality of feature amounts among feature amounts included in the work information and the capability information as an explanatory variable; a process of applying the predictive model to the capability information of the target worker and the work information of the target work, to