Abstract: A medical device (100) comprises an elongated, flexible band (110) having a front side (112), a rear side (114), a leading end (116) and a trailing end (118), and having perforations (120) and rungs (122) defined therein. A locking case (130, 132) is arranged on the front side (112) of the band (112) and has a channel (150) dimensioned for reception of the band (110). The medical device (100) also comprises a locking member (140, 142, 144) configured to interlock perforations (120) and rungs (122) defined in the band (110). Multiple studs (160, 162) are arranged on the rear side (114) of the band (110).

Abstract: A medical device for tissue ligation contains a band having perforations and rungs. A locking case is connected to the band and has a channel dimensioned for reception of the band. A locking member of the locking case is configured to interlock perforations and rungs in the band. The channel contains an arching portion into which the band at least partly protrudes by arching over the locking member when the locking member engages a rung of the band.

Abstract: A medical device (100) comprises an elongated, flexible band (110) having a front side (112), a rear side (114), a leading end (116) and a trailing end (118), and having perforations (120) and rungs (122) defined therein. A locking case (130, 132) is arranged on the front side (112) of the band (112) and has a channel (150) dimensioned for reception of the band (110). The medical device (100) also comprises a locking member (140, 142, 144) configured to interlock perforations(120) and rungs (122) defined in the band (110). Multiple studs (160, 162) are arranged on the rear side (114) of the band (110).

Abstract: A medical device for tissue ligation comprises a band having perforations and rungs defined therein. A locking case is connected to the band and has a channel dimensioned for reception of the band. A locking member of the locking case is configured to interlock perforations and rungs defined in the band. The channel comprises an arching portion into which the band at least partly protrudes by arching over the locking member when the locking member engages a rung of the band.

Abstract: A medical device comprises an elongated, flexible band equipped with ratchet members and connected to a device head having a channel dimensioned for reception of the band. A lock member is connected to the head and configured to interlock the ratchet members when the band is pulled through the channel to form a reverse-motion brake. A protrusion and a matching protrusion receiving member are arranged in the head in connection with the channel entrance and in the band in connection with the band-head interface. The protrusion receiving member is dimensioned for reception of the protrusion when the band is close to fully pushed into the head.

Abstract: A medical device comprises an elongated, flexible band equipped with ratchet members and connected to a device head having a channel dimensioned for reception of the band. A lock member is connected to the head and configured to interlock the ratchet members when the band is pulled through the channel to form a reverse-motion brake. A protrusion and a matching protrusion receiving member are arranged in the head in connection with the channel entrance and in the band in connection with the band-head interface. The protrusion receiving member is dimensioned for reception of the protrusion when the band is close to fully pushed into the head.