Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Piloting device convenient for ship berthing and piloting method thereof
The invention relates to a piloting device convenient for ship berthing and a piloting method thereof, the piloting device is mounted on two sides of a berthing position, and comprises an outer arc rail section, a straight rail section and an inner arc rail section; the outer arc rail section, the straight rail section and the inner arc rail section on the same side can be longitudinally spliced into an S-shaped piloting track; the outer arc rail section is arranged on the side wall of the head end of the parking position and can be unfolded towards the outer portions of the two sides to form a forward horn mouth. The straight rail section is arranged on the side wall of the middle end of the berthing position and can prevent a ship from directly impacting the side wall of the berthing position in the transverse direction and guide the ship to sail in the berthing position in the longitudinal direction. The inner arc rail section is arranged on the side wall of the tail end of the parking position and is gradually warped into the parking position in a convex distance increasing manner, so that a forward wedge opening is formed and points to a specified parking point; according to the piloting method, the action opportunities and angles of the outer arc rail section and the inner arc rail section can be controlled in a targeted mode, the ship warehousing rate is increased, the rigid contact strength is reduced, and flexible piloting is achieved.
本发明专利涉及提出提出一种便于船舶停泊的引航装置及其引航方法，所述引航装置安装于停泊位两侧，包括外弧轨段、直行轨段和内弧轨段；同一侧的外弧轨段、直行轨段和内弧轨段可纵向地拼接成S型引航轨道；所述外弧轨段设置于停泊位的首端侧壁上，可向两侧外部展开形成一个前行喇叭口；所述直行轨段设置于停泊位的中端侧壁上，可阻止船舶横向直接撞击停泊位的侧壁，并引导船舶在停泊位内纵向航行；所述内弧轨段设置于停泊位的尾端侧壁上，并以凸距递增的方式逐渐翘向停泊位中，从而形成一个前行锲口，指向指定的停泊点；所述引航方法可针对性的控制外弧轨段和内弧轨段的动作时机和角度，提高船舶入库率，降低刚性接触强度，实现柔性引航。
Piloting device convenient for ship berthing and piloting method thereof
The invention relates to a piloting device convenient for ship berthing and a piloting method thereof, the piloting device is mounted on two sides of a berthing position, and comprises an outer arc rail section, a straight rail section and an inner arc rail section; the outer arc rail section, the straight rail section and the inner arc rail section on the same side can be longitudinally spliced into an S-shaped piloting track; the outer arc rail section is arranged on the side wall of the head end of the parking position and can be unfolded towards the outer portions of the two sides to form a forward horn mouth. The straight rail section is arranged on the side wall of the middle end of the berthing position and can prevent a ship from directly impacting the side wall of the berthing position in the transverse direction and guide the ship to sail in the berthing position in the longitudinal direction. The inner arc rail section is arranged on the side wall of the tail end of the parking position and is gradually warped into the parking position in a convex distance increasing manner, so that a forward wedge opening is formed and points to a specified parking point; according to the piloting method, the action opportunities and angles of the outer arc rail section and the inner arc rail section can be controlled in a targeted mode, the ship warehousing rate is increased, the rigid contact strength is reduced, and flexible piloting is achieved.
本发明专利涉及提出提出一种便于船舶停泊的引航装置及其引航方法，所述引航装置安装于停泊位两侧，包括外弧轨段、直行轨段和内弧轨段；同一侧的外弧轨段、直行轨段和内弧轨段可纵向地拼接成S型引航轨道；所述外弧轨段设置于停泊位的首端侧壁上，可向两侧外部展开形成一个前行喇叭口；所述直行轨段设置于停泊位的中端侧壁上，可阻止船舶横向直接撞击停泊位的侧壁，并引导船舶在停泊位内纵向航行；所述内弧轨段设置于停泊位的尾端侧壁上，并以凸距递增的方式逐渐翘向停泊位中，从而形成一个前行锲口，指向指定的停泊点；所述引航方法可针对性的控制外弧轨段和内弧轨段的动作时机和角度，提高船舶入库率，降低刚性接触强度，实现柔性引航。
Piloting device convenient for ship berthing and piloting method thereof
一种便于船舶停泊的引航装置及其引航方法
05.09.2023
Patent
Elektronische Ressource
Chinesisch
Wiley | 1989
| British Library Conference Proceedings | 2006
| Wiley | 2021
Avalon piloting lithium project flowsheet
Online Contents | 2015