Abstract: A thread is provided for a screw connection between a first module and a second module. A first connecting element of the first module has a first screw thread profile and a second connecting element of the second module has a second screw thread profile. The first screw thread profile is configured such that the first connecting element is suited to be screw-connected to the second connecting element. The first screw thread profile has a reduced cross-sectional thread area in relation to a standardized screw thread.

Abstract: A sealing interface for sealing between a desiccant container and a base of an air dryer cartridge for a vehicle includes a first housing structure assignable to the desiccant container, wherein at least one first sealing structure is formed by the first housing structure; a second housing structure assignable to the base of the air dryer cartridge, wherein at least one second sealing structure is formed by the second housing structure; a sealing element, especially elastic and isotropic sealing element, arranged, in a mounted state, between the first sealing structure and the second sealing structure. With regard to a longitudinal axis of the sealing interface, at least one axial sealing surface and at least one radial sealing surface for contacting the sealing element in the mounted state are formed by the first sealing structure and/or the second sealing structure.

Abstract: An air dryer device for an air treatment device for a utility vehicle includes at least one housing forming at least one accommodation chamber for accommodating at least one desiccant container. The housing has at least one housing socket arranged, in a mounted state, at a bottom region of the housing; at least one first connection device and at least one second connection device, wherein the first and second connection device, via the desiccant container, are connectable during at least one load phase and/or during at least one regeneration phase of the air dryer device; at least one regeneration conduit for connecting the first connection device with the second connection device during the regeneration phase; and at least one first control valve arranged and configured for opening or closing the regeneration conduit, especially wherein the first control valve is arranged at the housing socket.

Abstract: A fixing interface for fixing an air dryer cartridge and an air treatment device for a vehicle, especially a utility vehicle, includes a cartridge base assignable to the air dryer cartridge. The cartridge base has a fixing flange and a circular ring-shaped metal sheet in contact with the fixing flange in the mounted state. A housing portion assignable to a housing of the air treatment device fixes, in a mounted state, the fixing flange to the housing portion. The fixing flange has a first flange fixing element and the housing portion has a first housing fixing element. The first flange fixing element and the first housing fixing element, in the mounted state, are engaged with one another.

Abstract: In one embodiment, a bed framework is described which includes an upper bed frame and a lower bed frame that can fold between a usable position and a stowed position. The upper bed frame is connected to a stationary support frame so as to pivot and slide, minimizing the height of the upper bed frame in the stored position.

Abstract: The present invention provides a bracket for supporting a flat screen television. In one embodiment, the bracket includes an adjustable arm that is pivotally mounted to a surface. A locking mechanism prevents the pivotal joint from moving until a user selectively unlocks the pivotal joint. The TV can be mounted on the bracket by a single user by way of a removable, latching mounting member. The mounting member is mounted to the TV prior to mounting, but can easily latch to the bracket later without the need to both hold the TV and fasten it to the bracket.

Abstract: In one preferred embodiment, a mounting bracket is described for a thin profile media display. The mounting bracket includes a wall mounting plate which supports a pivotable, jointed arm that is connected to a a display (e.g., an LCD TV). The jointed arm can be selectively locked in place with user adjustable knobs that rotate on a joint-forming pin to lock or unlock the joint from movement. Further, the arm includes a spring biased locking pin that locks the bracket into a folded or retracted position. In this respect, the position retaining mechanisms of the bracket for repositioning of a display, as well as maintain the position of the display during travel.

Abstract: In one preferred embodiment the present invention provides a motorized lift system having a winch that winds or unwinds four straps to increase or decrease the height of a bed. To maintain the horizontal position of the bed and prevent swinging, the bed frame includes four rollers that each engage a channel of a vertical rail. In this respect, the lift modifies the bed's elevation while maintaining a desired horizontal position.

Abstract: An amplifier circuit (1) is disclosed, wherein with a view to reducing the leakage power of the amplifier circuit (1) a current path (6) is provided between a first output terminal (A1) and a second output terminal (A2) of the amplifier circuit, said current path being open in the case of an uptake of energy at the output of the amplifier circuit (1), so that the electrical energy taken up by the one output terminal (A1) can be drained away immediately via the other output terminal (A2). If no uptake of energy is taking place via the output of the amplifier circuit (1) but instead electrical energy is being released by the amplifier circuit (1), the current path (6) between the two output terminals (A1, A2) is closed.

Abstract: An amplifier circuit (1) is disclosed, wherein with a view to reducing the leakage power of the amplifier circuit (1) a current path (6) is provided between a first output terminal (A1) and a second output terminal (A2) of the amplifier circuit, said current path being open in the case of an uptake of energy at the output of the amplifier circuit (1), so that the electrical energy taken up by the one output terminal (A1) can be drained away immediately via the other output terminal (A2). If no uptake of energy is taking place via the output of the amplifier circuit (1) but instead electrical energy is being released by the amplifier circuit (1), the current path (6) between the two output terminals (A1, A2) is closed.