Abstract: A plug-type connector part is described. The plug-type connector part includes a rear part and an insertion part attached to or integrally formed with the rear part. The insertion part extends from the rear part in a mating direction of the plug-type connector part. The insertion part includes a plurality of contact elements. The plug-type connector part includes a handle element attached to or integrally formed with the rear part. The handle element is located opposite of the insertion part and faces the insertion part, with an interspace between the handle element and the insertion part.

Abstract: A connector module comprises an insulating body, and further comprises a plurality of signal contact elements and a plurality of shield contact elements forming a connector face configured for establishing electric contact with a counterpart of the connector module. For each of the signal contact elements, there exist two or at most three shield contact elements that are closer to this signal contact element than any signal contact element of the plurality of signal contact elements. The signal contact elements are arranged along a first curve extending in the connector face of the connector module and the shield contact elements are arranged along a second curve extending in the connector face of the connector module, the first curve and the second curve being parallel curves having a predefined normal distance. Viewed along the course of the parallel curves, the signal contact elements and the shield contact elements are arranged alternatingly.

Abstract: A connector module comprises an insulating body, and further comprises a plurality of signal contact elements and a plurality of shield contact elements forming a connector face configured for establishing electric contact with a counterpart of the connector module. For each of the signal contact elements, there exist two or at most three shield contact elements that are closer to this signal contact element than any signal contact element of the plurality of signal contact elements. The signal contact elements are arranged along a first curve extending in the connector face of the connector module and the shield contact elements are arranged along a second curve extending in the connector face of the connector module, the first curve and the second curve being parallel curves having a predefined normal distance. Viewed along the course of the parallel curves, the signal contact elements and the shield contact elements are arranged alternatingly.

Abstract: A component for an electrical connector, said component bearing a field of electrically conducting signal elements (12) electrically insulated from each other and a field of electrically conducting shield elements (10), the shield elements being electrically interconnected with each other. For each of the signal elements (12), in any partial circumference extending over an angle (?) of more than 160 degrees from this signal element at least one of the shield element (10) is arranged that is closer to this signal element (12) than the any other signal element (12) of the field of signal elements (12). Each of these shield elements extends across an angle (?) of less than 160 degrees from the signal element (12). The number of shield elements (10) is the number of the signal elements (12) times 3 or less.

Abstract: A component for an electrical connector, said component bearing a field of electrically conducting signal elements (12) electrically insulated from each other and a field of electrically conducting shield elements (10), the shield elements being electrically interconnected with each other. For each of the signal elements (12), in any partial circumference extending over an angle (?) of more than 160 degrees from this signal element at least one of the shield element (10) is arranged that is closer to this signal element (12) than the any other signal element (12) of the field of signal elements (12). Each of these shield elements extends across an angle (?) of less than 160 degrees from the signal element (12). The number of shield elements (10) is the number of the signal elements (12) times 3 or less.

Abstract: The present invention describes a socket of an electrical connector having at least one contact element. The contact element has a first end region, a contact area for electrical contact with a plug and a second end region. The first and/or the second end region according to the present invention is/are displaceable in the radial direction.

Abstract: Connection device having a coupling device, such as a plug or socket, and a housing that has an outlet opening for a wire assigned to the coupling device. The opening according to at least one embodiment of the present invention is designed such that it can be adjusted with respect to the coupling device according to the conditions related to the installation space of the intended fields of application.

Abstract: In a method or apparatus for control of a point in time of a measurement of toner concentration in a developer mixture comprising toner and carrier, and wherein the developer mixture is mixed by a bucket roller provided with buckets, a toner concentration sensor is arranged for measurement of the toner concentration. Magnet bars are provided on the buckets, which magnet bars are interrupted in a region of the toner concentration sensor except for one of the magnet bars which is uninterrupted. The toner concentration sensor emits a sensor signal that exhibits a first pulse-shaped spike upon passage of the uninterrupted magnet bar and which has a larger amplitude compared to further pulse-spikes of smaller amplitude upon passage of the interrupted magnet bars. The sensor signal indicates the toner concentration between the pulse-shaped spikes.

Abstract: The present invention describes a socket of an electrical connector having at least one contact element. The contact element has a first end region, a contact area for electrical contact with a plug and a second end region. The first and/or the second end region according to the present invention is/are displaceable in the radial direction.

Abstract: An internal combustion engine includes a hydraulic system with a hydraulic pump. A lubricant system for moving parts of the engine is also provided, which includes a lubricant pump. To enable making the engine smaller, it is proposed that the hydraulic pump is connected to the lubricant system in such a way that it can be lubricated by the lubricant.

Abstract: An internal combustion engine (10) includes a hydraulic system (32) with a hydraulic pump (34). A lubricant system (14) for moving parts of the engine (10) is also provided, which includes a lubricant pump (16). To enable making the engine (10) smaller, it is proposed that the hydraulic pump (34) is connected to the lubricant system (14) in such a way that it can be lubricated by the lubricant.

Abstract: A timing gear for triggering a gas exchange valve for adjusting the output of an internal combustion engine through the opening and closing of the gas exchange valve and a method for triggering the gas exchange valve, where at least one of the opening and closing of the gas exchange valve is executed as a function of a delay interval when opening and/or closing the gas exchange valve and where in order to determine the delay time, the gas exchange valve is adjusted for the length of a predetermined adjustment interval and at least one of the opening and closing of the gas exchange valve is detected.

Abstract: A device for controlling a gas exchange valve for internal combustion engines, having a housing including an axially movable valve member, which on an end close to the combustion chamber, has a valve sealing face that cooperates with a valve seat affixed to the housing and on an end remote from the combustion chamber, has a piston that axially separates upper and lower hydraulic working chambers from each other. The lower working chamber closer to the combustion chamber acts on the valve member in the closing direction and the upper working chamber further from the combustion chamber acts on the valve member in the opening direction. The lower working chamber continuously communicates with a high pressure source and the upper working chamber can be alternatingly filled with high pressure by way of a high pressure supply line containing an electric control valve. The upper working chamber is discharged by way of a discharge line that contains an electric control valve.

Abstract: A system for controlling a gas exchange valve for internal combustion engines, comprising a movable valve member in a housing which, on an end close to the combustion chamber, has a valve sealing face that cooperate with a valve seat in order to control an inlet or outlet cross section at the combustion chamber of the engine. On an end remote from the combustion chamber a working piston defines at least one hydraulic working chamber, whose alternating filling and discharging with a pressure fluid can be used to move the valve member in the opening and closing direction. The supply pressure of the pressure fluid supplied for the actuation of the gas exchange valve member is adjusted step wise as a function of current operating parameters of the engine.

Abstract: A valve control device for an internal combustion engine having a gas exchange valve for controlling an inlet and/or outlet cross section in the combustion chamber of the engine. The valve control device has an axially movable gas exchange valve member whose valve member shaft is coupled to a piston rod to a differential piston that can be hydraulically actuated. The differential piston is embodied as two piston parts, wherein the two piston parts are disposed in relation to one another in such a way that they are operatively connected to each other in the axial direction and can execute a radial relative movement in relation to each other.