Abstract: Systems and methods for concurrent modification of content are provided. In response to a verified request received from a user content is copied to a first storage media as a first version of the content uniquely identified by a first identifier, the verified request being based on verification of the user's credentials. In response to the user editing the first version of the content, the edited copy of the content is stored in the content management system in association with a second identifier uniquely identifying the edited copy of the content as a second version of the content. In response to receiving a notification that a plurality of users no longer request access to the content stored in the content management system, the first version of the content is deleted from the first storage media.

Abstract: Systems and methods for concurrent modification of content are provided. In response to a verified request received from a user content is copied to a first storage media as a first version of the content uniquely identified by a first identifier, the verified request being based on verification of the user's credentials. In response to the user editing the first version of the content, the edited copy of the content is stored in the content management system in association with a second identifier uniquely identifying the edited copy of the content as a second version of the content. In response to receiving a notification that a plurality of users no longer request access to the content stored in the content management system, the first version of the content is deleted from the first storage media.

Abstract: Systems and methods for concurrent modification of content are provided. In response to a verified request received from a user content is copied to a first storage media as a first version of the content uniquely identified by a first identifier, the verified request being based on verification of the user's credentials. In response to the user editing the first version of the content, the edited copy of the content is stored in the content management system in association with a second identifier uniquely identifying the edited copy of the content as a second version of the content. In response to receiving a notification that a plurality of users no longer request access to the content stored in the content management system, the first version of the content is deleted from the first storage media.

Abstract: Systems and methods for concurrent modification of content are provided. In response to a verified request received from a user content is copied to a first storage media as a first version of the content uniquely identified by a first identifier, the verified request being based on verification of the user's credentials. In response to the user editing the first version of the content, the edited copy of the content is stored in the content management system in association with a second identifier uniquely identifying the edited copy of the content as a second version of the content. In response to receiving a notification that a plurality of users no longer request access to the content stored in the content management system, the first version of the content is deleted from the first storage media.

Abstract: The content management system can receive log-on requests from a plurality of users and a request from the plurality of users to access content stored in a repository of the content management system. The requested content can be copied to a transient content store. The transient content store can facilitate presentation of the copy of the content on a shared interface to the plurality of users. The transient content store can facilitate editing of the copy of the content by the plurality of users simultaneously by an editor external to the content management system. The edited copy of the content can be transmitted back to the content management system and can be stored in the repository of the content management system.

Abstract: The content management system can receive log-on requests from a plurality of users and a request from the plurality of users to access content stored in a repository of the content management system. The requested content can be copied to a transient content store. The transient content store can facilitate presentation of the copy of the content on a shared interface to the plurality of users. The transient content store can facilitate editing of the copy of the content by the plurality of users simultaneously by an editor external to the content management system. The edited copy of the content can be transmitted back to the content management system and can be stored in the repository of the content management system.

Abstract: The content management system can receive log-on requests from a plurality of users and a request from the plurality of users to access content stored in a repository of the content management system. The requested content can be copied to a transient content store. The transient content store can facilitate presentation of the copy of the content on a shared interface to the plurality of users. The transient content store can facilitate editing of the copy of the content by the plurality of users simultaneously by an editor external to the content management system. The edited copy of the content can be transmitted back to the content management system and can be stored in the repository of the content management system.

Abstract: The content management system can receive log-on requests from a plurality of users and a request from the plurality of users to access content stored in a repository of the content management system. The requested content can be copied to a transient content store. The transient content store can facilitate presentation of the copy of the content on a shared interface to the plurality of users. The transient content store can facilitate editing of the copy of the content by the plurality of users simultaneously by an editor external to the content management system. The edited copy of the content can be transmitted back to the content management system and can be stored in the repository of the content management system.

Abstract: An electric circuit configuration having an MID circuit carrier and a connecting interface, the connecting interface being situated on a surface of the MID circuit carrier. The electric circuit configuration further includes at least one electrical contact pair having at least one connecting interface contact element and at least one MID contact element that is provided on the surface and is situated on the connecting interface contact element. The exemplary embodiments and/or exemplary methods of the present invention further relates to a contact element group having at least one electrical contact element for the electrical contacting of an MID circuit carrier, which is developed on a surface of an MID circuit carrier, is electrically connected to it, and extends away from the surface. The at least one contact element is connected to a line element of the MID circuit carrier.

Abstract: The invention relates to an eccentric pump including a frame, a pump shaft which can be driven using a driving device and is mounted to be rotatable about a main axis that is stationary relative to the frame, an eccentric sleeve which is mounted in an axially movable manner on a pump shaft section, an anti-rotation element which is effective between the pump shaft section and the eccentric sleeve), several pump elements which are stationary relative to the frame and are provided with displacement elements that can be moved in a radial direction relative to the main axis, act upon a fluid contained in swept volumes of the pump elements, and are moved against a fluid pressure by an external surface of the eccentric sleeve, and at least one spring element which acts upon the eccentric sleeve in an axial direction.

Abstract: The invention proposes a connection unit for a pressure measuring cell, comprising at least one pressure measuring cell (40) which detects, in particular, a pressure of a hydraulic block, wherein the pressure measuring cell (40) has at least one connection point (18) via which at least one electrical output signal from the pressure measuring cell (14) can be tapped off, having at least one circuit mount (20) on which at least one electronic component (26) and/or a printed circuit board (32) with an electronic component (26) can be arranged, wherein the circuit mount (20) has at least one external conductor track (47), for the purpose of establishing contact between the connection point (14) and the electronic component (26), wherein at least one contact means (51) is provided, via which an output signal from the electronic component (26) can be tapped off, wherein the electronic component (26) is connected to the contact means (51) via at least one external conductor track (47) of the circuit mount (20).

Abstract: An electric circuit configuration having an MID circuit carrier and a connecting interface, the connecting interface being situated on a surface of the MID circuit carrier. The electric circuit configuration further includes at least one electrical contact pair having at least one connecting interface contact element and at least one MID contact element that is provided on the surface and is situated on the connecting interface contact element. The exemplary embodiments and/or exemplary methods of the present invention further relates to a contact element group having at least one electrical contact element for the electrical contacting of an MID circuit carrier, which is developed on a surface of an MID circuit carrier, is electrically connected to it, and extends away from the surface. The at least one contact element is connected to a line element of the MID circuit carrier.

Abstract: The invention proposes a connection unit for a pressure measuring cell, comprising at least one pressure measuring cell (40) which detects, in particular, a pressure of a hydraulic block, wherein the pressure measuring cell (40) has at least one connection point (18) via which at least one electrical output signal from the pressure measuring cell (14) can be tapped off, having at least one circuit mount (20) on which at least one electronic component (26) and/or a printed circuit board (32) with an electronic component (26) can be arranged, wherein the circuit mount (20) has at least one external conductor track (47), for the purpose of establishing contact between the connection point (14) and the electronic component (26), wherein at least one contact means (51) is provided, via which an output signal from the electronic component (26) can be tapped off, wherein the electronic component (26) is connected to the contact means (51) via at least one external conductor track (47) of the circuit mount (20).

Abstract: The invention relates to an eccentric pump (1) comprising a frame (15), a pump shaft (3) which can be driven using a driving device (73) and is mounted to be rotatable about a main axis (16) that is stationary relative to the frame (15), an eccentric sleeve (17) which is mounted in an axially movable manner on a pump shaft section (23), an anti-rotation element (27) which is effective between the pump shaft section (23) and the eccentric sleeve (17), several pump elements (5) which are stationary relative to the frame (15) and are provided with displacement elements (6) that can be moved in a radial direction relative to the main axis (16), act upon a fluid contained in swept volumes (8) of the pump elements (5), and are moved against a fluid pressure by an external surface (18) of the eccentric sleeve (17), and at least one spring element (39) which acts upon the eccentric sleeve (17) in an axial direction.

Abstract: Disclosed is a method for allocating transmission capacity to a threshold value based on an expected volume of traffic, said threshold value being used for restricting traffic in a communication network featuring threshold—based access controls. According to the inventive method, a portion of transmission capacity is allocated to the threshold value that is least likely to be blocked according to the expected volume of traffic if an amount of free capacity which corresponds to said portion of transmission capacity is available on the links used for transmitting traffic authorized based on the access control, thus allowing for the most balanced or fair allocation of free transmission capacity to threshold value or access controls. Further embodiments of the invention relate to the optimization of the value of the portion of transmission capacity as well as to taking into account disturbance scenarios.