DE20003743U1 - Treatment system for full protective suits - Google Patents

Description

Treatment system for full protective suits

The invention relates to a treatment system for full-protection suits with a washroom, a fluid supply unit, an air supply unit, a nozzle frame for external treatment, a carrying frame for internal treatment, a multi-sided connection system and a treatment unit for exhaust air.

Similar systems are known. DE 29822172 U1 describes a cabin system in which an equipment room is assigned to the treatment room.

A coat hanger with flexibly arranged air outlet pipes, swivel device and jet bracket carries the protective suits.

The disadvantage of this design is that the treatment room and equipment room cannot be used flexibly, but must be determined in the planning phase.

Another disadvantage is that the beam bar attached to the coat hanger means that not all of the interior surfaces can be reached. Another disadvantage is that the hanging bar covers parts of the exterior area and therefore these cannot be treated.

A major disadvantage is the use of a spray boom that is only effective in the area of the boots. The distance to the area of the arms and head is too great.

The invention is based on the object of designing a treatment system for full-protection suits in such a way that, by using components that can be flanged on multiple sides, the system can also be subsequently adapted to local and usage-related requirements and the devices for treating the inside and outside of the full-protection suits reach all surfaces to be treated.

The object is achieved according to the invention in that the system is designed in such a way that the washroom can be equipped with supply units from three sides by means of quick-release fasteners.

It is advantageous that the supply connections are designed in such a way that they can be coupled without any modifications.

It is proposed that the service flaps or doors be designed in such a way that they can be adapted to the installation position without great effort.

It is also advantageous to use a nozzle frame in the washroom that largely corresponds to the contour of the protective suit and reaches all surfaces with the smallest possible distance.

It is further proposed to design the support frame for the protective suits in such a way that rings fitted with nozzles are slidably attached to the support tubes for the legs and arms and the support frame is stored underneath.

It is advantageous that the carrying frame is rotatable and can be moved automatically during treatment to improve the cleaning effect.

It is proposed to integrate a treatment unit into the exhaust air system.

The invention offers the advantage of a wide range of possible applications as well as the optimized effectiveness of the treatment facilities adapted to the protective suits.

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The following description with exemplary embodiments explains the invention. They show:

Fig. 1: View of treatment system with washroom and variably attachable supply units

Fig. 2: View of washroom with nozzle frame

Fig. 3: View of support frame with movable nozzle rings

Fig. 4: View of support frame with distribution system and drive

Fig. 5: View of exhaust air treatment unit

Fig. 1 shows the possible combinations of washroom 1 and fluid supply unit 2 and air supply unit 3 using quick-release fasteners. The units in the supply units are arranged in such a way that they can be accessed and operated regardless of the installation position. The operating doors 4 and flaps 5 are designed in such a way that they can remain in any installation position or can be converted with little effort. The central supply connection 6 can be used for any installation position. The supply units 2/3 are electrically connected using a plug-in system 7.

Fig. 2 shows the washroom 1 with a nozzle frame 8, which is adapted to the outer contour of the protective suit.

Fig. 3 shows a support frame 9 which is fitted with slidably mounted rings 13 fitted with nozzles 12 on the leg tubes 10 and arm tubes 11. The rings 13 are connected to one another with couplings 14 and hoses 15. A locking mechanism 16 holds the ring 13 in the desired position.

Fig. 4 shows the support frame 9 mounted in a holder 17. The holder 17 also serves to distribute air via a pipe system 18 with connections 19 for the supply unit 3. A drive 20 moves the support frame 9 in the direction shown during the treatment.

Fig. 5 shows a treatment unit 21 which is connected to the air connection 22 of the washroom. A filter element 23 and a sensor 24 are installed in the housing 25.

Claims (5)

1. Treatment system for full protection suits, characterized in that supply units can be assigned to the washroom from three sides without structural changes, these are optionally fastened with quick-release fasteners and are functionally connected to one another via a central connecting line and plug-in connections. 2. Treatment system according to claim 1, characterized in that a nozzle frame enclosing the protective suit is mounted in the washroom. 3. Treatment system according to claims 1 and 2, characterized in that a support frame is accommodated in the washing room, which has movable rings equipped with nozzles on the leg and arm tubes and is mounted in a receptacle which is designed as a distribution system with supply connections. 4. Treatment system according to claims 1 to 3, characterized in that the support frame is movable during the treatment via a drive. 5. Treatment system according to claims 1 to 4, characterized in that a treatment unit is installed in the exhaust air line, which is optionally equipped with a filter and a sensor for contamination and fill level.