the device for applying paint according to the present invention as clearly shown in fig1 to 4 consists of a paint roller 1 which is coated in a known manner with textile material ; the paint roller 1 is mounted on a stirrup 2 in a rotable manner , formed of a bent round rod . the stirrup 2 possesses two shanks connected with each other by a bridge , one of them serving as the axis which receives the paint roller 1 and the other being bent at half length of the roller , screwing into a stud bolt by which the stirrup 2 can be screwed to a stirrup carrier . a handle 3 acts as stirrup carrier and is provided at its front end with a threaded sleeve 4 assigned to the stud bolt near the side of the stirrup . the handle 3 ensures a large handling radius . for example it is possible to paint ceilings and / or high room walls from the floor by means of the handle 3 , as illustrated in fig3 . when applying paint on a surface like a room ceiling or wall , drops or sprays will come off the paint roller 1 due to the rotation of the paint roller 1 and / or the pressure applied by the paint roller 1 . in order to collect these drops or sprays a device 5 or splashguard for the protection against paint sprays is provided . thus it is not necessary to cover the room floor or the objects in the room . as illustrated in fig1 to 4 the device 5 for the protection against paint sprays consists of a tub 6 which in the working position as illustrated in fig1 to 3 encloses the lower part of the circumference of the paint roller 1 along the side of the stirrup . the bottom of the tub 6 is provided with a recess 7 assigned to the bent end piece of the stirrup 2 through which the bent end piece of the stirrup 2 is passed from the tub 6 . the screwing together of the stirrup 2 and the handle 3 may accordingly be outside the tub 6 . in the working position of fig1 to 3 the recess 7 can be closed by a plate 8 which is received by the end piece of the stirrup passing through the recess 7 . preferably , the plate 8 may be formed as a rubber disc which is put on the end piece of the stirrup and lies close in sealing position at the brim of the recess 7 . to the tub 6 a pot 9 is joined projecting away from the recess 7 in the direction of the stirrup carrier which is fastened with the remote end of the tub to a tube 10 which is received by the handle 3 . the pot 9 and the tube 10 may be screwed together so that they can be easily loosened . the pot 9 acts as a spacer part which encloses the threaded sleeve 4 which is mounted on the handle 3 , whereby the spacer part reaches to the tube which is mounted on the handle 3 . the tub 6 and the pot 9 can be formed as one part , such as for example an injection - moulded part made of plastic . the tube 10 as well as the handle 3 can be made of aluminum or plastic . the tube 10 is shorter than the handle 3 and arranged such that it can be moved from a front position adjacent to the threaded sleeve 4 into a back position , such as at a back closing cap 11 of the handle 3 and vice versa . correspondingly , the tub 6 which is connected with the tube 10 via the pot 9 can be moved from a front working position of fig1 to 3 into which the bottom circumference of the paint roller 1 is immersed into the tub 6 into a retracted release position of fig4 from where the paint roller 1 is pushed out of the tub 6 as it is immersed into a paint container and as it is wiped off on a grid . to ensure that the moving stroke is limited the tube with its front and / or back end runs into corresponding stoppers at the handle represented by the threaded sleeve 4 . and / or a back closing cap 11 . in the example best illustrated in fig2 the handle 3 is provided with a vertical slot 12 into which reaches a tongue 13 , fixed within the area of the front end of the tube 10 , thus likewise ensuring a limitation of the mutual movability of handle 3 and tube 10 and therewith a limitation of the stroke of the device 5 for the protection against sprays . at the same time the tongue 13 reaching into the slot 12 ensures a reliable resistance against twisting so that the axes of the paint roller 1 and the tub 6 are always parallel and a collision - free immersing of the paint roller 1 into the tub 6 is automatically ensured . as is obvious from fig1 the handle 3 is formed as a tube . it contains a return spring 14 whose bottom end that is furthest from the paint roller lies close to the closing cap 11 which is put on the tube forming the handle 3 , and whose opposite end that is near the paint roller lies close to the tongue 13 which reaches through the slot 12 and projects into the tube forming the handle 3 . the tongue 13 therefore also serves as dolly for the return spring 14 . the initial compression of the return spring 14 is increased when the tube 10 is retracted . this ensures a reliable retraction of the tube 10 and thus of the device 5 for the protection against sprays fixed thereto by means of the return spring 14 into the starting position of fig1 . the accommodation of the return spring 14 in handle 3 enables the use of a comparatively long and thus soft return spring , and therefore results in easy handling while at the same time reliable protection against injuries is assured . to facilitate handling an engaging device 15 is provided by which the tube 10 and correspondingly the device 5 for the protection against sprays fixed thereto can be blocked against the power of the compressed return spring 14 in the retracted release position of fig4 . as is obvious from fig5 the engaging device 15 contains a blocking pin 16 which is received by the tube 10 and is radially movable and which has at its inner end an undercut collar 17 . the handle 3 possesses a recess 18 assigned to the blocking pin 16 which is placed such that the blocking pin 17 can be moved into the recess 18 in the retracted release position of fig4 of the device 5 for the protection against sprays . due to the effect of the compressed return spring 14 the blocking pin 16 comes to lie near the end of the recess 18 that is close to the paint roller whereby the collar 17 comes under the brim of this end of the recess . the blocking pin 16 reaching through the tube 10 projects out from a push button 19 which is received by a ring 20 that is laterally fixed to the tube 10 ; set underneath is a compression spring 21 acting as clutch spring . the outer end of the ring 20 is bent to the inside forming a stopper 21 for the push button 19 in its extended position . when in the extended position the blocking pin 16 is not in contact with the recess 18 at the side of the handle . fig5 shows the engaging position . in the disengaged position the tube 10 is retracted to such an extent that the collar 17 moves away from the brim of the recess 18 . the compression spring 21 can thus move the push button 19 and with it the blocking pin 17 in an outward direction and bring it into contact at the stopper 21 . in this position the blocking pin 16 is not in contact with the recess 18 . the projection of the ring 20 exceeding the push button 19 corresponds at least to the wall thickness of the tube forming the handle 3 plus the thickness of the collar 17 .