Abstract: A modular brake assembly for a drive axle is proposed, comprising a multi-disk brake with a service brake element and a parking brake element, which is disposed in a brake housing (1) with inside diameter between an axle bracket and axle center component. A guide fixed to the housing is provided on the inside diameter of the brake housing (1) for the actuating device (6) for a mechanical differential lock.

Abstract: A lockable differential has one positive-fit clutch (12) actuatable in the opening and closing directions by displacement of a sliding sleeve (4), the sliding sleeve (4) being actuatable by a co-axially disposed piston (15).

Abstract: A system and method are provided to build an application form (e.g., an online application form). The method may comprise providing a graphical user interface (GUI) to a user, the GUI including page layout zone and page and a page type zone include a plurality of reference page types. User placement of selected reference page types in the layout zone is monitored and the selected reference page types are automatically interconnecting based on their relative placement in the layout zone. Interconnection data may define a sequence in which the selected pages are to be presented in the application form. Page data may be created by various wizards or by a page editor. Rules that are associated with each page may be defined by a rules editor.

Abstract: A method and system to provide an application form via a network (e.g., the Internet) is described. The method may comprise accessing page flow data, page data and rules data stored in a storage media and generating a GUI that provides a first application page to capture data from an applicant. The first page is generated dynamically from the page data and provided to the applicant. Application data entered by the applicant is processed, stored, and validated based on the rules data. At least one subsequent application page is identified based on the application data and the page flow data and is provided to the applicant via the network. The subsequent application page is also generated dynamically and on-the-fly from the page data. Subsequent application pages are dynamically and repetitively generated and provided to the applicant based on the page flow data and the rules data.

Abstract: A modular brake assembly for a drive axle is proposed, comprising a multi-disk brake with a service brake element and a parking brake element, which is disposed in a brake housing (1) with inside diameter between an axle bracket and axle center component. A guide fixed to the housing is provided on the inside diameter of the brake housing (1) for the actuating device (6) for a mechanical differential lock.

Abstract: A parking brake for a motor vehicle comprises a disk packet (12) on an axle body in a brake housing (1) with at least one brake disk, one spring (8), by way of which the closure of the brake is effected by compression of the disk packet and a piston (7), superimposed on the spring. A compression space (6) of which piston can be subjected to hydraulic pressure for releasing the parking brake counter to the engaging force of the spring. The force of the piston is transferred by at least one pressure pin (4) onto a pressure transmission element (2). The element communicates with the disk packet and the pressure pin is located within the pressure space of the piston such that no connection exists between the pressure pin and an axle space (11) such that leakage of hydraulic fluid out of the compression space into the axle space is prevented.

Abstract: A lockable differential has one positive-fit clutch (12) actuatable in the opening and closing directions by displacement of a sliding sleeve (4), the sliding sleeve (4) being actuatable by a co-axially disposed piston (15).