-
公开(公告)号：US07081109B2
公开(公告)日：2006-07-25
申请号：US10226183
申请日：2002-08-22
摘要： The present invention provides an inventive apparatus and method for docking of a male luer connector fluidly interconnected or interconnectable to a medical liquid source during one or repeated periods. As such, the invention has particular application to multiple-dose medication therapy procedures. The docking apparatus comprises a holding receptacle having a single access opening and a depressible member disposed in the holding receptacle. The holding receptacle is adapted for retentive engagement with a male luer connector (e.g. via complementary threading), wherein upon docking a nozzle of the male luer connector is isolated within the holding receptacle. An anti-bacterial material may be readily applied to a top surface of the depressible member prior to docking so that the forward edge of the nozzle of the male luer connector contacts the anti-bacterial material when docked. The docking apparatus may be provided with lateral and rearward handling members to facilitate docking procedures. Additionally, slots may be provided for interconnecting the docking apparatus to a tubing line at a patient site.
摘要翻译： 本发明提供了一种本发明的装置和方法，用于在一个或多个周期期间将流体互连或可互连到医用液体源的雄性鲁尔连接器对接。 因此，本发明特别适用于多剂量药物治疗方法。 对接装置包括具有单个进入开口的保持容器和设置在保持容器中的可压下构件。 保持容器适于与阳鲁尔连接器（例如通过互补螺纹）保持接合，其中在对接时，阳鲁尔连接器的喷嘴在保持容器内被隔离。 在对接之前，可以将抗菌材料容易地施加到可压下构件的顶表面，使得阳鲁尔连接器的喷嘴的前边缘在对接时接触抗菌材料。 对接设备可以设置有侧向和后向处理构件以便于对接过程。 此外，可以提供槽以将对接装置与患者现场处的管路线相互连接。
-
公开(公告)号：US20090306628A1
公开(公告)日：2009-12-10
申请号：US12467873
申请日：2009-05-18
IPC分类号： A61M39/18
摘要： The present invention provides an inventive apparatus and method for docking of a male luer connector fluidly interconnected or interconnectable to a medical liquid source during one or repeated periods. As such, the invention has particular application to multiple-dose medication therapy procedures. The docking apparatus comprises a holding receptacle having a single access opening and a depressible member disposed in the holding receptacle. The holding receptacle is adapted for retentive engagement with a male luer connector (e.g. via complementary threading), wherein upon docking a nozzle of the male luer connector is isolated within the holding receptacle. An anti-bacterial material may be readily applied to a top surface of the depressible member prior to docking so that the forward edge of the nozzle of the male luer connector contacts the anti-bacterial material when docked. The docking apparatus may be provided with lateral and rearward handling members to facilitate docking procedures. Additionally, slots may be provided for interconnecting the docking apparatus to a tubing line at a patient site.
摘要翻译： 本发明提供了一种本发明的装置和方法，用于在一个或多个周期期间将流体互连或可互连到医用液体源的雄性鲁尔连接器对接。 因此，本发明特别适用于多剂量药物治疗方法。 对接装置包括具有单个进入开口的保持容器和设置在保持容器中的可压下构件。 保持容器适于与阳鲁尔连接器（例如通过互补螺纹）保持接合，其中在对接时，阳鲁尔连接器的喷嘴在保持容器内被隔离。 在对接之前，可以将抗菌材料容易地施加到可压下构件的顶表面，使得阳鲁尔连接器的喷嘴的前边缘在对接时接触抗菌材料。 对接设备可以设置有侧向和后向处理构件以便于对接过程。 此外，可以提供槽以将对接装置与患者现场处的管路线相互连接。
-
公开(公告)号：US20070078443A1
公开(公告)日：2007-04-05
申请号：US11433064
申请日：2006-05-10
申请人： Gerry Tighe , Brian Baldwin , Joseph Ranalletta
发明人： Gerry Tighe , Brian Baldwin , Joseph Ranalletta
IPC分类号： A61M25/16
摘要： The present invention provides an inventive apparatus and method for docking of a male luer connector fluidly interconnected or interconnectable to a medical liquid source during one or repeated periods. As such, the invention has particular application to multiple-dose medication therapy procedures. The docking apparatus comprises a holding receptacle having a single access opening and a depressible member disposed in the holding receptacle. The holding receptacle is adapted for retentive engagement with a male luer connector (e.g. via complementary threading), wherein upon docking a nozzle of the male luer connector is isolated within the holding receptacle. An anti-bacterial material may be readily applied to a top surface of the depressible member prior to docking so that the forward edge of the nozzle of the male luer connector contacts the anti-bacterial material when docked. The docking apparatus may be provided with lateral and rearward handling members to facilitate docking procedures. Additionally, slots may be provided for interconnecting the docking apparatus to a tubing line at a patient site.
摘要翻译： 本发明提供了一种本发明的装置和方法，用于在一个或多个周期期间将流体互连或可互连到医用液体源的雄性鲁尔连接器对接。 因此，本发明特别适用于多剂量药物治疗方法。 对接装置包括具有单个进入开口的保持容器和设置在保持容器中的可压下构件。 保持容器适于与阳鲁尔连接器（例如通过互补螺纹）保持接合，其中在对接时，阳鲁尔连接器的喷嘴在保持容器内隔离。 在对接之前，可以将抗菌材料容易地施加到可压下构件的顶表面，使得阳鲁尔连接器的喷嘴的前边缘在对接时接触抗菌材料。 对接设备可以设置有侧向和后向处理构件以便于对接过程。 此外，可以提供槽以将对接装置与患者现场处的管路线相互连接。
-
公开(公告)号：US07875020B2
公开(公告)日：2011-01-25
申请号：US12467873
申请日：2009-05-18
IPC分类号： A61M39/18
摘要： The present invention provides an inventive apparatus and method for docking of a male luer connector fluidly interconnected or interconnectable to a medical liquid source during one or repeated periods. As such, the invention has particular application to multiple-dose medication therapy procedures. The docking apparatus comprises a holding receptacle having a single access opening and a depressible member disposed in the holding receptacle. The holding receptacle is adapted for retentive engagement with a male luer connector (e.g. via complementary threading), wherein upon docking a nozzle of the male luer connector is isolated within the holding receptacle. An anti-bacterial material may be readily applied to a top surface of the depressible member prior to docking so that the forward edge of the nozzle of the male luer connector contacts the anti-bacterial material when docked. The docking apparatus may be provided with lateral and rearward handling members to facilitate docking procedures. Additionally, slots may be provided for interconnecting the docking apparatus to a tubing line at a patient site.
摘要翻译： 本发明提供了一种本发明的装置和方法，用于在一个或多个周期期间将流体互连或可互连到医用液体源的雄性鲁尔连接器对接。 因此，本发明特别适用于多剂量药物治疗方法。 对接装置包括具有单个进入开口的保持容器和设置在保持容器中的可压下构件。 保持容器适于与阳鲁尔连接器（例如通过互补螺纹）保持接合，其中在对接时，阳鲁尔连接器的喷嘴在保持容器内被隔离。 在对接之前，可以将抗菌材料容易地施加到可压下构件的顶表面，使得阳鲁尔连接器的喷嘴的前边缘在对接时接触抗菌材料。 对接设备可以设置有侧向和后向处理构件以便于对接过程。 此外，可以提供槽以将对接装置与患者现场处的管路线相互连接。
-
-
-
搜索结果
4 条记录 (耗时 0.011 秒)
