PARK, TAE SEOK,박태석,PARK, DUCK HEE,박덕희,CHOI, JONG HUN,최종훈,PARK, TAE SEOKKR,PARK, DUCK HEEKR,CHOI, JONG HUNKR
申请号：
KR1020150008783
公开号：
KR1015465310000B1
申请日:
2015.01.19
申请国别(地区):
KR
年份:
2015
代理人:
摘要：
The present invention relates to a digital healing abutment which helps corresponding gums of a patient to heal in a shape corresponding to a gum unit while the gum heals by being joined to a fixture implanted into the gums when the patient receives a dental implant and, more specifically, to a digital healing abutment capable of providing a sign to enable a user to easily recognize how deep the healing abutment is inserted into the gums of the patient and facilitating the production of orthodontic braces and an oral cavity model, which are formed into a shape identical to the oral cavity of the target patient, by using the healing abutment. The digital healing abutment comprises: a hollow unit (102) which vertically penetrates through an internal space； a connection unit (110) which has a polygonal cross section and is inserted into the fixture； a supporting unit (120) which protrudes in the circumferential direction from the connection unit and induces the shape of the gums while the gums are healing； a maintaining unit (130) which protrudes in the circumferential direction from the supporting unit and prevents the shape of the gums from protruding by a predetermined height or more； an outer shape unit (140) extended by a diameter larger than that of the maintaining unit； a semicircular protrusion (150) which protrudes from the outer circumference of the outer shape unit and enables the user to estimate the depth that the healing abutment is inserted into the gums； a groove (160) which enables the user to determine whether the healing abutment is inserted into the gums at an accurate depth or not by forming a transverse groove at a predetermined depth along the edge of a boundary line, on which the outer shape unit is formed, from the maintaining unit； and a direction indicating groove (170) which is recessed to be erected downward from one end of the outer shape unit and enables the user to check X- and Y-axial azimuth positions when the healing abutment is inser
