Abstract:
A closing device is provided for a container of a respirator with two container shells (2, 2′) joining each other at front surfaces, with at least one tightening strap (4), which encloses a part of a container shell outer surface located at right angles to the front surfaces. Two holding elements (5, 5′) are each provided with a recess (6, 6′) and are formed at the free ends of the tightening strap (4). A closing element (7) is formed in a U-shaped pattern with two legs (8) and meshes with each recess (6, 6′) of the holding elements (5, 5′). The legs (8) of the closing element (7) can be pulled out of the recess (6, 6′) of the holding elements (5, 5′) to take off the tightening strap (4).
Abstract:
Certain processes are defined in a data record and in each case a multiplicity of such processes are preferably defined for different driver types. Each process is distinguished by an entry speed and an exit speed. A preliminary speed profile can be divided into route sections, to each of which a process from the defined processes corresponds. The assigned speed profiles can be completely complex, in particular also comprise nonlinear sections between the entry speed and the exit speed, and in this way constant travel can be simulated, for example through an oscillatory change in the speed. It is also equally possible for stationary phases with a specific frequency and duration to be included in a process. The situational context which is formed by other processes is taken into account in the definition of the speed profile.
Abstract:
A closing device is provided for a container of a respirator with two container shells (2, 2′) joining each other at front surfaces, with at least one tightening strap (4), which encloses a part of a container shell outer surface located at right angles to the front surfaces. Two holding elements (5, 5′) are each provided with a recess (6, 6′) and are formed at the free ends of the tightening strap (4). A closing element (7) is formed in a U-shaped pattern with two legs (8) and meshes with each recess (6, 6′) of the holding elements (5, 5′). The legs (8) of the closing element (7) can be pulled out of the recess (6, 6′) of the holding elements (5, 5′) to take off the tightening strap (4).
Abstract:
The invention relates to a training device for stimulating and training the locomotor system of a person. Said training device comprises a pivotable seesaw (16) that supports the person and that pivots in relation to a seesaw stand (19, 20, 21, 22), a drive device comprising at least one motor (2) and a gearing comprising gearing elements (5, 6, 7, 11, 12, 13, 14, 14′). Said gearing elements (5, 6, 7, 11, 12, 13, 14, 14′) form at least one power-transmission chain between the seesaw (16) and the motor (2) and at least one gearing element (14, 14′, 29) is elastically connected to the seesaw (16) or to a lifting element (28) that is securely fixed to the seesaw (16). The invention also relates to a training device in which the seesaw (16) is elastically held in relation to the seesaw stand (19, 20, 21, 22).