KR-102963129-B1 - Workbench Installation Method And Workbench for It

KR102963129B1KR 102963129 B1KR102963129 B1KR 102963129B1KR-102963129-B1

Abstract

A method for installing a work platform for a ship according to the present invention is characterized by installing the work platform for a ship according to claim 3 in a ship (CS) in which a cell guide (CG) is provided inside the ship (CS), a guide (G) is provided on the inner surface of the ship (CS) so as to be located below the cell guide (CG), and a container (C) from the cell guide (CG) is guided by the guide (G), and the method comprises: a step of installing a support mechanism (10) on the inner surface of the ship (CS) so as to be located below the guide (G); a step of installing a connecting mechanism (20) in which a hanging part (21) of the connecting mechanism (20) is inserted into a hanging hole (11) of the supporting mechanism (10) and the supporting part (24) of the connecting mechanism (20) is brought into contact with the inner surface of the ship (CS); and a step of installing a footrest mechanism (30) on a fastening part (23) of the connecting mechanism (20). In addition, the ship work platform according to the present invention is characterized by comprising: a support mechanism (10) installed in an internal structure of a ship (CS) having a hanging hole (11) that is opened in one side and in the upper and lower directions; a connecting mechanism (20) having a hanging part (21) that is inserted into and removed from the hanging hole (11) of the support mechanism (10), a seating part (22) that protrudes in the other side from the hanging part (21), a fastening part (23) that protrudes in the other side from the seating part (22), and a supporting part (24) that is provided on the lower side of the fastening part (23) and contacts the internal structure of the ship (CS), wherein rotation is restricted by the supporting part (24) when a load is applied downward, and at least two or more are arranged in the front and rear directions; and a footrest mechanism (30) installed in the fastening part (23) of the connecting mechanism (20).

Inventors

김성진
손광락
지정현
박혜주

Assignees

에이치디현대삼호 주식회사

Dates

Publication Date: 20260508
Application Date: 20230920

Claims (10)

By installing a shipboard work platform on a ship in which a cell guide is provided inside the ship, a guide is provided on the inner surface of the ship so as to be positioned below the cell guide, and a container from the cell guide is guided by the guide, The above-mentioned ship work platform is, A method for installing a work platform for a ship, comprising: a small support mechanism installed on an internal structure of a ship so as to be positioned below a guide, having a hanging hole opened to one side and upward and downward, so as not to collide with a support member when a container guided by a guide is placed below a support member; a connecting mechanism comprising a hanging part that is inserted into and removed from the hanging hole of the supporting mechanism, a seating part protruding to the other side from the hanging part, a fastening part protruding to the other side from the seating part, and a 'T'-shaped support part provided on the lower side of the fastening part and in contact with the internal structure of the ship, wherein rotation is restricted by the support part when a load is applied downward, and at least two or more are arranged forward and backward; and a step mechanism installed on the fastening part of the connecting mechanism; wherein: A step of installing a support mechanism on the inner surface of a vessel so as to be positioned below the guide; A step of installing a connecting mechanism in which the hook portion of the connecting mechanism is inserted into the hook hole of the supporting mechanism and the supporting portion of the connecting mechanism is brought into contact with the inner surface of the vessel; Step for installing a step device at the connection part of the connecting mechanism. A method for installing a work platform for a ship, characterized by including
In paragraph 1, A method for installing a work platform for a ship, characterized by the above-mentioned footrest mechanism having a support member that is detachably installed at the fastening part of a connecting mechanism and a footrest installed on the upper part of the support member.
In paragraph 2, A method for installing a work platform on a ship, characterized in that the above-mentioned platform mechanism further includes a column installed on a support and a safety fence equipped with a safety bar installed on the column.
A work platform for a ship installed on a ship, wherein a cell guide is provided inside the ship, a guide is provided on the inner surface of the ship so as to be positioned below the cell guide, and a container from the cell guide is guided by the guide: A small support mechanism is installed on an internal structure of a ship so as to be positioned below the guide, having a hanging hole opened to one side and upward and downward, and so as not to collide with the support zone when a container guided by the guide is provided; A connecting mechanism comprising a hook portion that is inserted into and removed from a hook hole of a support mechanism, a seating portion that protrudes to the other side from the hook portion, a fastening portion that protrudes to the other side from the seating portion, and a 'T'-shaped support portion provided on the lower side of the fastening portion that contacts an internal structure of a ship, wherein rotation is restricted by the support portion when a load is applied downward, and at least two or more are arranged in the front and rear directions; A footrest mechanism installed at the fastening part of the connecting mechanism; A shipboard work platform characterized by including
In paragraph 4, A shipboard work platform characterized by the above-mentioned support mechanism being provided in correspondence with the number of connecting mechanisms and arranged in the front and rear directions.
In paragraph 4, A work platform for a ship, characterized by the above-mentioned footrest mechanism having a support member detachably installed at the fastening part of a connecting mechanism and a footrest installed on the upper part of the support member.
In paragraph 6, A shipboard work platform characterized by the above-mentioned support being provided in correspondence with the number of connecting mechanisms and arranged in the front and rear directions.
In paragraph 6, A work platform for a ship characterized by the above-mentioned platform being seated on a support.
In paragraph 8, A ship work platform characterized by having multiple platforms.
In paragraph 6, A work platform for a ship, characterized in that the above-mentioned platform mechanism further includes a column installed on a support and a safety fence equipped with a safety bar installed on the column.

Description

Workbench Installation Method and Workbench for It The present invention relates to a method for installing a work platform for a ship that makes the installation of the work platform convenient and efficient, and to a work platform for a ship used therein. Typically, container ships are manufactured using ship blocks, and internally, cell guides and T-blocks equipped with cell guides are provided for loading containers. Meanwhile, the ship (CS) is provided with an S block (S) as shown in Fig. 1 so that the outer lower part forms a curved shape, the inner lower part is formed in a stepped shape, and a T block (T) is arranged inside. Therefore, since it is difficult to provide the T-block (T) up to the inner bottom surface of the ship (CS) in the conventional manner, a separate guide (G) is provided on the inner surface of the ship (CS) located below the T-block (T), so that the container (C) can be safely loaded inside the ship (CS) by means of the cell guide (CG) of the T-block (T) and the guide (G). Meanwhile, for various tasks, a work platform is installed on the inner surface of the vessel located below the T-block (T). (See FIG. 2) At this time, the work platform is equipped with a bracket (1) installed on the inner surface of the ship as shown in FIG. 3, a support body (2) installed on the bracket (1), and a footrest (3) installed on the upper part of the support body (2), and the bracket (1) protrudes further laterally than the guide (G) to support a sufficient load. As a result, when the work is completed and the work platform (1) is dismantled, and the container (C) is loaded onto the ship, the container (C) guided by the T-block (T) collides with the bracket (2) (see FIG. 3). Therefore, in the past, when dismantling a workbench, the bracket (1) had to be separated one by one, so the installation and dismantling of the workbench was very inconvenient and required a lot of labor and time. FIGS. 1 to 3 are drawings for explaining the prior art, and FIG. 4 is a flowchart for explaining a method for installing a work platform for a ship according to the present invention, and FIG. 5 is a drawing illustrating a ship work platform according to the present invention installed on the inner surface of a ship (CS), and FIG. 6 is a drawing for explaining the support mechanism and connecting mechanism of a shipboard work platform according to the present invention, and FIG. 7 is a drawing illustrating the operation of a work platform for ships according to the present invention. The present invention is capable of various modifications and may have various embodiments, and specific embodiments are illustrated in the drawings and described in detail. However, this is not intended to limit the invention to specific embodiments, and it should be understood that the invention includes all modifications, equivalents, and substitutions that fall within the spirit and scope of the invention. The terms used in this application are used merely to describe specific embodiments and are not intended to limit the invention. Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as generally understood by those skilled in the art to which this invention pertains. The present invention will be described in detail below so that a person skilled in the art can easily implement it. FIG. 4 is a flowchart for explaining a method for installing a work platform for a ship according to the present invention. Referring to FIG. 4, the method for installing a work platform for a ship according to the present invention is described as follows. The method for installing a work platform for a ship according to the present invention includes a step of installing a support mechanism (S1), a step of installing a connecting mechanism (S2), and a step of installing a footrest mechanism (S3) as shown in FIG. 4. In the method for installing a work platform for a ship according to the present invention, it is preferable to install a work platform for a ship as described below. In the present invention, the method for installing a work platform for a ship involves installing the following work platform for a ship on a ship (CS) in which a cell guide (CG) is provided inside the ship (CS), a guide (G) is provided on the inner surface of the ship (CS) so as to be located below the cell guide (CG), and a container (C) from the cell guide (CG) is guided by the guide (G). In the present invention, the cell guide (CG) is the cell guide (CG) of a T-block (T). The above step of installing the support mechanism (S1) involves installing the support mechanism (10) on the inner surface of the ship (CS) so that it is positioned below the guide (G). In the present invention, the support mechanism (10) may be installed on the inner surface of the S block (S) of the ship (CS). The above connecting mechanism installation step (S2) involves inserting the hook portion (21) of the connecting mechanism (20) into