Abstract: A portable respiratory device for supplying respiratory gas to a living being, including: a housing; a respiratory gas conveying apparatus which is designed to convey inspiratory respiratory gas to a respiratory gas housing outlet of the housing; an input/output apparatus for the input of control commands and for the output of information; a control apparatus which is connected to the input/output apparatus and to the respiratory gas conveying apparatus for transferring signals; a first, grid-based power supply which is designed to be connected to a grid voltage source that is external in respect of the respirator device in order to transfer electricity and which is designed and arranged in order to supply electricity to the control apparatus, the input/output apparatus and the respiratory gas conveying apparatus; wherein the respiratory gas conveying apparatus, the input/output apparatus, the control apparatus and the first power supply are received in the housing; the respiratory device has a second, storag

Abstract: A wall holder for an emergency ventilator arrangement having a basic structure which can be attached to a substantially flat wall and is designed for releasably receiving the emergency ventilator arrangement, wherein the basic structure has a receiving side, which is provided with receiving means for releasably receiving the emergency ventilator arrangement, and an installation side which is opposite the receiving side and, in a state attached to the wall and ready for operation, faces the wall, wherein the installation side defines a reference surface designed for contact with the wall, wherein the receiving means has a hanging structure permitting hanging of a hanging counter structure, and a locking device which is arranged at a distance along the reference surface from the hanging structure, wherein the locking device has a locking structure which is accommodated on the basic structure so as to be shiftable between an engagement preparation position and an engagement position, wherein, in the engagement p

Abstract: A wall holder for an emergency ventilator arrangement having a basic structure which can be attached to a substantially flat wall and is designed for releasably receiving the emergency ventilator arrangement, wherein the basic structure has a receiving side, which is provided with receiving means for releasably receiving the emergency ventilator arrangement, and an installation side which is opposite the receiving side and, in a state attached to the wall and ready for operation, faces the wall, wherein the installation side defines a reference surface designed for contact with the wall, wherein the receiving means has a hanging structure permitting hanging of a hanging counter structure, and a locking device which is arranged at a distance along the reference surface from the hanging structure, wherein the locking device has a locking structure which is accommodated on the basic structure so as to be shiftable between an engagement preparation position and an engagement position, wherein, in the engagement p

Abstract: A ventilator device for at least supporting artificial ventilation of patients, including: a device housing, a functional arrangement received in the device housing, the functional arrangement including, as functional units, at least one portion of a breathing gas line, a pressure-changing device for changing a breathing gas pressure in the breathing gas line, and a control device for controlling the operation of at least one pressure-changing device, and an input/output device, which is arranged on the device housing, is accessible from outside the device housing in order to be operated, and is intended for inputting data and/or control commands at the control device and/or for outputting data and information, the input/output device being connected to the control device for signal transmission; the ventilator device having a frame, the device housing with the input/output device arranged thereon being received on the frame so as to be rotatable about a virtual rotation axis.

Abstract: A portable respiratory device for supplying respiratory gas to a living being, including: a housing; a respiratory gas conveying apparatus which is designed to convey inspiratory respiratory gas to a respiratory gas housing outlet of the housing; an input/output apparatus for the input of control commands and for the output of information; a control apparatus which is connected to the input/output apparatus and to the respiratory gas conveying apparatus for transferring signals; a first, grid-based power supply which is designed to be connected to a grid voltage source that is external in respect of the respirator device in order to transfer electricity and which is designed and arranged in order to supply electricity to the control apparatus, the input/output apparatus and the respiratory gas conveying apparatus; wherein the respiratory gas conveying apparatus, the input/output apparatus, the control apparatus and the first power supply are received in the housing; the respiratory device has a second, storag