Electromechanical sterile separation
A sterility separation element can be arranged between plug connectors of a plug connection/electro-mechanical lock to provide sterility separation of the plug connectors. The plug connection/electro-mechanical lock has at least one electrical contact pin that penetrates the sterility separation element such that the sterility separation element fits directly to the electrical contact pin over its entire circumference in a germ-tight manner. The electrical contact pin has two free pin ends configured to come into electro-mechanical or electroconductive plug contact with corresponding electrical plug sockets of at least two lines to be connected.
1 . A sterility barrier system comprising:
a sterility separation element; and
an electro-mechanical lock that is integrated or insertable/positionable in the sterility separation element to electrically connect a first electrical line on a non-sterile side of the sterility separation element to a second electrical line on a sterile side of the sterility separation element,
the electro-mechanical lock comprising at least one electrical contact pin configured to penetrate the sterility separation element,
the at least one electrical contact pin comprising a first pin end and a second pin end that each are freely projecting and configured to come into electro-mechanical or electroconductive plug contact with corresponding electrical pins and/or plug sockets of the first electrical line and the second electrical line, respectively;
wherein the at least one electrical contact pin individually penetrates the sterility separation element such that the sterility separation element fits directly to the at least one electrical contact pin over its entire circumference in a germ-tight manner.
2 . The sterility barrier system according to claim 1 , wherein the sterility separation element comprises a foil, a drape, or a plate.
3 . The sterility barrier system according to claim 1 , wherein the electro-mechanical lock forms an electro-mechanical coupling module with a first module housing having an abutment side or abutment surface from which the first pin end projects freely.
4 . The sterility barrier system according to claim 3 , wherein the first module housing forms an insertion shaft on a housing side facing away from the abutment side or abutment surface, the second pin end projecting into the insertion shaft, with at least one plug socket of the first electrical line or the second electrical line being insertable into the insertion shaft.
5 . The sterility barrier system according to claim 3 ,
wherein the sterility separation element comprises a first end face and a second end face,
wherein the electro-mechanical coupling module comprises a second module housing comprising a hollow cylinder that encloses an insertion shaft that is axially continuous and configured to be abutted to the sterility separation element on the first end face such that one of the first pin end and the second pin end of the at least one electrical contact pin projects into the insertion shaft of the second module housing, and
wherein, on the second end face, a plug socket of the second electrical line is insertable.
6 . The sterility barrier system according to claim 3 ,
wherein the at least one electrical contact pin comprises a plurality of contact pins that are spaced apart in parallel, and
wherein at least one of the sterile side and the non-sterile side of the sterility separation element comprises a plurality of contact sockets corresponding to the plurality of contact pins, which are combined to form a plug.
7 . The sterility barrier system according to claim 6 , wherein the first module housing or the plug is configured or equippable with a holder configured to be fixed to an external object.
8 . The sterility barrier system according to claim 1 , wherein the first pin end and the second pin end, or sections of the first pin end and the second pin end, form a male plug configured and adapted to be connected to a female plug socket of a cable, wherein the male plug is complementary to the female plug socket.
9 . The sterility barrier system according to claim 1 , wherein the first pin end and the second pin end, or sections of the first pin end and the second pin end, form a female plug socket configured to be connected to a male plug of a cable.
10 . A system comprising:
the sterility barrier system according to claim 1 ;
a medical instrument; and
an energy source for the medical instrument,
wherein the electro-mechanical lock comprises an intermediate plug between the medical instrument and the energy source.
11 . A sterility barrier system comprising:
a sterility separation element; and
an electro-mechanical lock that is integrated or insertable/positionable in the sterility separation element to electrically connect a first electrical line on a non-sterile side of the sterility separation element to a second electrical line on a sterile side of the sterility separation element,
the electro-mechanical lock comprising at least one electrical contact pin configured to penetrate the sterility separation element,
the at least one electrical contact pin having a first pin end and a second pin end,
the first pin end freely projecting and configured to come into electro-mechanical or electroconductive plug contact with a corresponding electrical plug socket and/or an electrical pin on the first electrical line, and
the second pin end being firmly connected to the second electrical line;
wherein the at least one electrical contact pin individually penetrates the sterility separation element such that the sterility separation element fits directly to the at least one electrical contact pin over its entire circumference in a germ-tight manner.
12 . The sterility barrier system according to claim 11 , wherein the electro-mechanical lock forms an electro-mechanical coupling module with a first module housing having a sterility separation element abutment side or abutment surface from which the first pin end projects freely.
13 . The sterility barrier system according to claim 12 , wherein the first module housing is closed on a housing side facing away from the sterility separation element abutment side or abutment surface, with a passage opening for the first electrical line or the second electrical line to freely extend beyond and outside the otherwise closed first module housing in an extending direction away from the sterility separation element abutment side or abutment surface.
14 . The sterility barrier system according to claim 12 ,
wherein the sterility separation element comprises a first end face and a second end face,
wherein the electro-mechanical coupling module has a second module housing comprising a hollow cylinder that encloses an insertion shaft that is axially continuous and configured to be abutted to the sterility separation element on the first end face such that one of the first pin end and the second pin end of the at least one electrical contact pin projects into the insertion shaft, and
wherein, on the second end face, a plug socket of the second electrical line is insertable.
15 . The sterility barrier system according to claim 11 ,
wherein the at least one electrical contact pin comprises a plurality of contact pins that are spaced apart in parallel,
wherein at least one of the sterile side and the non-sterile side of the sterility separation element comprises a plurality of contact sockets corresponding to the plurality of contact pins, which are combined to form a plug.
16 . A sterility barrier electro-mechanical lock system that is securable to a sterility separation element at an abutment region of the sterility separation element, and is configured to electrically connect a first electrical line on a first side of the sterility separation element with a second electrical line on a second side of the sterility separation element, the second side being opposite the first side, wherein the sterility barrier electro-mechanical lock system comprises:
a first module comprising a closed first module abutment surface configured to abut the first side of the sterility separation element at the abutment region, a first module receptacle extending away from the closed first module abutment surface, and one or more electrical contact pins, each electrical contact pin having:
a front pin end freely projecting from the closed first module abutment surface and configured to individually penetrate the sterility separation element, from the first side and through the abutment region, such that the sterility separation element fits directly to the electrical contact pin over an entire circumference of the electrical contact pin in a germ-tight manner, and
a rear pin end freely projecting into the first module receptacle from a bottom surface of the first module receptacle located opposite the closed first module abutment surface;
a first plug comprising the first electrical line, the first plug being configured to be inserted into the first module receptacle to electrically connect the first electrical line to the rear pin end of each of the one or more electrical contact pins;
a second module formed in an open tube shape defining a second module receptacle, wherein a solid outer peripheral end face of the open tube shape defines a second module abutment surface configured to abut to the second side of the sterility separation element at the abutment region, such that, when assembled, an axial direction of the second module extends in axial continuity with an axial direction of the first module across the sterility separation element, and the front pin end of each of the one or more electrical contact pins projects freely into the second module receptacle; and
a second plug comprising the second electrical line, the second plug being configured to be inserted into the second module receptacle to electrically connect the second electrical line to the front pin end of each of the one or more electrical contact pins.
17 . The sterility barrier electro-mechanical lock system according to claim 16 , wherein the front pin end of each of the one or more electrical contact pins is configured to be electrically connected with the second electrical line by insertion into a corresponding male plug socket of the second plug.
18 . The sterility barrier electro-mechanical lock system according to claim 16 , wherein the first side of the sterility separation element is a non-sterile side thereof, and the second side of the sterility separation element is a sterile side thereof.
19 . The sterility barrier electro-mechanical lock system according to claim 16 , wherein the first module or the first plug is configured or equippable with a holder configured to be fixed to an external object.
20 . A modular sterility barrier system comprising:
the sterility barrier electro-mechanical lock system according to claim 16 ; and
the sterility separation element.