Task: Translation
Input (Czech): eÜen  se t²k  zasouvac  hmo dinky z plastick  hmoty s alespo  jedn m d° kem (2) uspo° dan²m pro zaveden  do vyvrtan ho otvoru (8), na kter m jsou uspo° d ny rozp rn  segmenty (4), a to po dvou le  c  proti sob . Pro zlepÜen  p° dr n  s ly je rozp rn² segment (4) tvo°en kl nov²m  lenem (5), kter² je p°ipevn n axi ln  posuvn  na vn jÜ  ploÜe (3) d° ku (2), v sou innosti se Üikmou plochou (6), stoupaj c  sm rem k z suvn mu konci (14) zasouvac  hmo dinky (1) a vytvo°enou na d° ku (2). Kl nov   leny (5) jsou na d° k (2) napojeny p°es vylisovan² m stek (7) tak,  e p°i zasouv n  zasouvac  hmo dinky (1) do vyvrtan ho otvoru (8) to kl nov mu  lenu (5) umo  uje axi ln  posunut  ve sm ru k ·st  vyvrtan ho otvoru (8) p°ed Üikmou plochu (6), a zm  knut  obou, proti sob  le  c ch kl nov²ch  len   (5) k sob  na vn jÜ  rozm r, odpov daj c  pr m ru vyvrtan ho otvoru (8) ve zdi (9). P°i p soben  ta n  z t  e na d° k  (2) to umo  uje posunut  kl nov ho  lenu (5) po Üikm  ploÜe (6) tak daleko ve sm ru k z suvn mu konci  (14) zasouvac  hmo dinky (1), a  dojde k zakl nov n  ve vyvrtan m otvoru (8).\
Output (English): The present invention relates to a push-in plug (1) made from plastic and having at least one shank (2) intended for introduction into a drilled hole (8), whereby on the shank (2) there are arranged expansion segments (4) lying opposite one another in pairs. For improvement of the holding force, the expansion segment (4) is formed by a wedge element (5), which is held on the outer surface (3) of the shank (2) so as to be axially displaceable and which is displaced, when the push-in plug (1) is pushed into the drilled hole, into a position lying in front of an inclined surface (6) formed on the shank (2), which inclined surface (6) rises towards the insertion end (14) of the push-in plug (1). The wedge elements (5) are integrally joined to the shank (2) by means of an injection-molded bridge (7) so that when the push-in plug (1) is inserted into the drilled hole (8) the wedge element (5) axially displaces in the direction toward the drilled hole (8) orifice in front of the inclined surface (6) and both opposite wedge elements (5) squeeze against each other to an outside dimension corresponding to the diameter of the drilled hole (8) in a wall (9). Action of pulling load on the shank (2) causes shift of the wedge element (5) on the inclined surface (6) in the direction toward the push-in plug (1) plug-in end (14) up to a distance enabling wedging of the push-in plug (1) in the drilled hole (8).