Abstract: A load harness has a load in the form of a container. A bag connector is mounted to the container. A belt connector is mounted to a belt worn by the user. A non-permanent connection is between the bag connector and the belt connector and is formed of a hook and groove or hook and loop or interlocking grooves. The load harness also has a harness mounted to the container, so that the bag connector engages with the harness. The bag connector has at least one arm which engage with at least one strap of the harness. The hook is shaped as a peg with a relatively broad and flat head. The hook is mounted to the bag connector and the receiving groove is formed on the belt connector. The hook is mounted to the belt connector and the receiving groove is formed on the bag connector.

Abstract: The invention relates to a power supply device having several switch-mode power supplies connected in parallel to supply at least one consuming unit, each switch-mode power supply generating an output current I0 and an output voltage U0(I0, RL) that is a function of the output current I0 and a load resistance RL, and having a control device for each switch-mode power supply, the control device having a first stage with a P element (54) that receives a P element input voltage which is derived from the output voltage U0(I0, RL), and generates a P element control voltage UVS, that is used to control the respective switch-mode power supply, the first stage being active when 0?I0?I0P, a second stage having a current reproduction circuit which reproduces the output current I0 of the respective switch-mode power supply and generates an output current control voltage UP which is used to control the respective switch-mode power supply, the second stage being active when I0P?I0?I0S, and a third stage having an amplifie

Abstract: When programming a radio and/or television receiver for future transmissions, problems may occur due to overlapping of the programmed transmissions. For this purpose the individually programmed transmissions are provided with priority data which control the sequence in the event of overlapping transmissions. In the same way given transmissions can also be provided with blocking data which block the reception or reproduction, respectively, thereof. The use of the priority data is particularly efficient when the transmissions are controlled in addition or exclusively by transmitted identification numbers and consequently are only received during the actual transmission time, as then shifts with respect to the planned transmission times cannot be foreseen. Additional possibilities are derived from the storage of data characterizing the type of the transmission, when these data are transmitted simultaneously with the relevant transmission.