초록 ▼

An enveloping assembly and method for sterilized and static resistant ordering of medical wiring and tubes holds elongated electrical and tubular members for ordering, to prevent the elongated members from tangling or falling into a disorganized arrangement, especially near a medical procedure. The

An enveloping assembly and method for sterilized and static resistant ordering of medical wiring and tubes holds elongated electrical and tubular members for ordering, to prevent the elongated members from tangling or falling into a disorganized arrangement, especially near a medical procedure. The assembly comprises an outer panel defined by a flexible, sterilized fabric. An inner panel is disposed coplanar to the outer panel, lying within the edges of the outer panel. The inner panel is flexible and static charge resistant. The inner panel enables enveloping of the elongated members while preventing static discharge. The inner panel envelopes the elongated members by moving opposing edges of the inner panel to form a unitary sleeve, wherein the outer panel can envelope the unitary sleeve to protect the assembly from contamination. A fastener joins with the outer panel to fasten the unitary sleeve closed and detachably attach to a mounting surface.

대표청구항 ▼

1. A holding assembly for ordered holding elongated members, the assembly comprising: an outer panel defined by a flexible, sterilized nonwoven fabric configured to protect against contamination by being at least partially disposed over at least a portion of a medical environment to provide a germ b

1. A holding assembly for ordered holding elongated members, the assembly comprising: an outer panel defined by a flexible, sterilized nonwoven fabric configured to protect against contamination by being at least partially disposed over at least a portion of a medical environment to provide a germ barrier of flexible, sterilized nonwoven fabric over the at least a portion of said medical environment;an inner panel configured to be overlaid over, adjacent, and coplanar to the outer panel while the outer panel is at least partially disposed over the at least a portion of said medical environment to provide the germ barrier of flexible, sterilized nonwoven fabric over the at least a portion of said medical environment, the inner panel defined by a flexible, static charge resistant, nonwoven fabric, wherein the inner panel is further configured to be formed into a unitary sleeve at least in part via first and second opposing edges of the inner panel being brought in proximate relationship to one another and being secured by a securing mechanism so as to envelope at least one elongated member; anda fastener configured to detachably attach the unitary sleeve to the outer panel, wherein the fastener includes only a clip and does not include either an adhesive material and a hook and loop fastener. 2. The assembly of claim 1, wherein the outer panel is at least one of generally larger than the inner panel or generally of a flat, rectangular shape. 3. The assembly of claim 1, wherein the inner panel has a generally flat, rectangular shape. 4. The assembly of claim 1, wherein the outer panel is made of antibacterial non-woven fabric. 5. The assembly of claim 1, wherein the inner panel has electrical charge resistance property. 6. The assembly of claim 1, wherein the elongated members comprise at least one elongated electrical member, or at least one elongated tubular member, or both. 7. The assembly of claim 1, wherein the clip is configured to detachably attach the outer panel to at least a mounting surface of the medical environment. 8. The assembly of claim 1, wherein the outer panel the first and second opposing edges of the outer panel and is configured to be wrapped to bring the first and second opposing edges of the outer panel in a proximate relationship to one another and wherein the inner panel is configured to form the unitary sleeve when the inner panel is overlaid over, adjacent and coplanar to the outer panel and the inner panel is moved in conjunction with the wrapping of the outer panel. 9. A holding assembly for sterilized and static charge resistant ordering of medical wiring and tubes, the assembly comprising: an outer panel defined by a flexible, sterilized nonwoven fabric configured to help protect against contamination by being at least partially disposed over at least a portion of a medical environment to provide a germ barrier of flexible, sterilized nonwoven fabric over the at least a portion of said medical environment;an inner panel configured to be overlaid over, adjacent, and coplanar to the outer panel while the outer panel is at least partially disposed over the at least a portion of said medical environment to provide the germ barrier of flexible, sterilized nonwoven fabric over the at least a portion of said medical environment, the inner panel defined by a flexible, static charge resistant, nonwoven fabric, the inner panel configured to enable enveloping of at least one elongated electrical member, or at least one elongated tubular member, or both, wherein the enveloping configuration forms a unitary sleeve from a first and a second opposing edges of the inner panel being in proximate relationship to one another and being secured by a securing mechanism; anda fastener configured to detachably attach to the top corner of the second edge of the inner panel, wherein the fastener further configured to removably fasten the unitary sleeve to the outer panel and wherein the fastener includes only a clip and does not include either an adhesive material and a hook and loop fastener. 10. The assembly of claim 9, wherein the outer panel is generally larger than the inner panel. 11. The assembly of claim 9, wherein the outer panel and the inner panel has a generally flat, rectangular shape. 12. The assembly of claim 9, wherein the inner panel has electrical charge resistance property. 13. The assembly of claim 9, wherein the outer panel being larger than the inner panel can create a sterilized envelope to the unitary sleeve and the at least one elongated electrical member, or the at least one elongated tubular member, or the both enveloped within the unitary sleeve. 14. The assembly of claim 9, wherein the the clip is configured to detachably attach the outer panel to at least a mounting surface of the medical environment. 15. A method for ordered holding of medical wiring and tubes, the method comprising: laying at least a portion of an outer panel over at least a portion of a medical environment, the outer panel being defined by a flexible, sterilized nonwoven fabric, wherein the laying of the at least a portion of the outer panel over the at least a portion of said medical environment provides a germ barrier of flexible, sterilized nonwoven fabric over the at least a portion of said medical environment;overlaying the outer panel with an inner panel while the at least a portion of the outer panel is laid over the at least a portion of the medical environment providing the germ barrier of flexible, sterilized nonwoven fabric over the at least a portion of said medical environment, such that the inner panel remains within the edges of the outer panel, wherein the inner panel has electrical charge resistance property;positioning at least one elongated electrical member or at least one elongated tubular member or both on the inner panel;moving opposing edges of the inner panel in proximate relationship to one another and securing the opposing edges of the inner panel with a securing mechanism, thereby forming a unitary sleeve to envelope the at least one elongated electrical member or the at least one elongated tubular member or the both;fastening the unitary sleeve to the outer panel with a fastener, wherein the fastener is configured to detachably attach to the top corner of the second edge of the inner panel and wherein the fastener includes only a clip and does not include either an adhesive material and a hook and loop fastener; anddetachably mounting the outer panel to a mounting surface. 16. The method of claim 15, wherein laying an outer panel includes at least laying an outer panel that is at least generally larger than the inner panel so as to protect the inner panel from contamination. 17. The method of claim 15, wherein fastening the unitary sleeve to the outer panel includes at least fastening the unitary sleeve to the outer panel with a fastener that is only a clip and wherein clip is configured to detachably attach the outer panel to at least a mounting surface of the medical environment.