초록 ▼

A cable connecting device has a housing and an electrically conductive bypass element; a first electrical line, which has an internal current-carrying core and an insulating covering, is routable through the housing of the cable connecting device via the bypass element in that the line can be insert

A cable connecting device has a housing and an electrically conductive bypass element; a first electrical line, which has an internal current-carrying core and an insulating covering, is routable through the housing of the cable connecting device via the bypass element in that the line can be inserted into at least one first recess of the bypass element, with the size of the first recess corresponding to or being slightly smaller than the diameter of the current-carrying core of the electrical line, and the bypass element has at least one second recess for at least one second electrical line, which has an internal current-carrying core and an insulating covering, with the size of the second recess being adapted to or slightly smaller than the cross-section of the current-carrying core of the second electrical line.

대표청구항 ▼

1. A cable connecting device, comprising a housing; an electrically conductive bypass element; a first electrical line, which has an internal current-carrying core and an insulating covering, is routed through the housing of the cable connecting device via the bypass element so that the line is inse

1. A cable connecting device, comprising a housing; an electrically conductive bypass element; a first electrical line, which has an internal current-carrying core and an insulating covering, is routed through the housing of the cable connecting device via the bypass element so that the line is inserted into at least one first recess of the bypass element, with a size of the first recess corresponding to or being slightly smaller than a diameter of the current-carrying core of the electrical line, and the bypass element has at least one second recess for at least one second electrical line, which has an internal current-carrying core and an insulating covering, with a size of the second recess being adapted to or slightly smaller than a cross-section of the current-carrying core of the second electrical line, wherein the housing has two housing halves engageable with each other in detent fashion, wherein the housing halves are irreversibly engageable with each other in the detent fashion, and wherein the bypass element is provided for each of the housing halves and when the housing halves engage each other in detent fashion, the bypass elements press against the lines from all sides, wherein the bypass elements have at least one detent element and at least one detent receptacle. 2. The cable connecting device as recited in claim 1, wherein the recesses have a substantially semicircular bottom for accommodating the current-carrying core of the lines. 3. The cable connecting device as recited in claim 2 wherein the recesses have an insertion and cutting slot that narrows continuously in a direction from recess openings to a bottom of the recesses. 4. The cable connecting device as recited in claim 1, wherein the bypass element is sharp-edged in an edge region of the recesses to cut open the insulating covering. 5. The cable connecting device as recited in claim 1, wherein the bypass element has the recesses which are front and rear recesses for each electrical line. 6. The cable connecting device as recited in claim 5, wherein the bypass element is shaped as a frame; a front frame side of the bypass element is provided with the front recesses and a rear frame side of the bypass element is provided with the rear recesses. 7. The cable connecting device as recited in claim 1, wherein the housing halves and the bypass elements are symmetrical. 8. The cable connecting device as recited in claim 1, wherein the housing is provided with at least one entry opening and at least one exit opening for introducing a filler material into a housing interior. 9. The cable connecting device as recited in claim 7, wherein the entry opening is situated centrally on the housing and the exit opening is situated in an outer region of the housing. 10. The cable connecting device as recited in claim 1, wherein the detent-engaged housing is configured so that a pressurized hot melt adhesive functioning as a filler material is injectable into the detent-engaged housing. 11. The cable connecting device as recited in claim 1, wherein the cable connecting device is a device configured for constructing a photovoltaic system.