CN215665130U - Container - Google Patents

Abstract

The utility model discloses a container, which comprises a first corner post, a second corner post, a bottom beam (503) and a movable wall plate (1) arranged between the first corner post and the second corner post, wherein the movable wall plate comprises a first wall plate and a second wall plate; the bottom edge of the movable wall plate (1) is hinged with the bottom beam (503). The container disclosed by the utility model is provided with the turnover movable wall plate (1), so that the side wall of the container body can be closed, and the extended bottom plate can be opened, so that a larger space is provided for placing facilities or displaying goods, and the requirements of the container for the purposes of a kiosk, a display and marketing platform, a selling room, a house and the like are met.

Description

Container

Technical Field

The utility model relates to the field of container manufacturing, in particular to a container.

Background

The container, english name container, is a large-scale container with certain strength, rigidity and specification specially used for turnover. The container is used for transferring goods, the goods can be directly loaded in the warehouse of a shipper and unloaded in the warehouse of a consignee, and the goods do not need to be taken out from the container for reloading when vehicles and ships are changed midway. In recent years, the application field of containers is more and more extensive, and the containers can be used in the fields of storage, temporary buildings, movable houses, equipment loading and energy storage. At present, when the container is used as a kiosk, a sales exhibition stand, a sales room, a house and the like, on one hand, the container needs to have sufficient loading capacity, on the other hand, facilities need to be placed in the using process, goods are displayed or a large using space is needed, and in the prior art, the side part or the end part of the box body is set to be a closed container wallboard or a container with two opposite doors, so that the using requirement cannot be met.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a container.

The utility model provides a container, which comprises a first corner post, a second corner post, a bottom beam (503) and a movable wall plate (1) arranged between the first corner post and the second corner post; the bottom edge of the movable wall plate (1) is hinged with the bottom beam (503).

The movable wall plate (1) comprises wall plate frames and a first plate body (112) arranged between the wall plate frames; the panel frame includes an outer frame and an inner support structure; the external frame comprises a rectangular frame structure enclosed by a first beam body (101), a second beam body (102), a third beam body (103) and a fourth beam body (104); the internal supporting structure comprises a grid-shaped structure consisting of at least one transverse supporting pipe (106) extending along the length direction of the movable wall plate (1) and/or at least one longitudinal supporting pipe (107) extending along the width direction of the movable wall plate (1); the first beam body (101), the second beam body (102), the third beam body (103) and the fourth beam body (104) are all made of section steel or rectangular pipes; the height dimensions of the first beam body (101), the second beam body (102), the third beam body (103) and the fourth beam body (104) in the thickness direction of the movable wall plate (1) are the same. The movable wall plate (1) further comprises a reinforcing beam (105), and the reinforcing beam (105) is fixed on the side surface, facing the movable wall plate (1), of the fourth beam body (104). The height dimension of the reinforcing beam (105) in the thickness direction of the movable wall plate (1) is less than or equal to the height dimension of the fourth beam body (104) in the thickness direction of the movable wall plate (1). The first plate body (112) is of a rectangular structure, and the first plate body (112) is fixed between the first beam body (101), the longitudinal supporting tube (107) and the second beam body (102) in pairs; the outer surface of the first plate body (112) is flush with the surfaces of the first beam body (101), the longitudinal support pipe (107) and the second beam body (102) facing the outer side surface of the movable wall plate (1) box; the transverse support tube (106) is fixed on the inner surface of the first plate body (112); or, the first plate body (112) is of a rectangular structure, the first plate body (112) is fixed between the first beam body (101) and the second beam body (102), the outer surface of the first plate body (112) is flush with the surfaces, facing the outer side surface of the movable wall plate (1), of the first beam body (101) and the second beam body (102), and the longitudinal support tube (107) and the transverse support tube (106) are fixed on the inner surface of the first plate body (112).

The container provided by the utility model is also provided with a plurality of second plate bodies (114), wherein the second plate bodies (114) are paved between every two first beam bodies (101), the longitudinal supporting tubes (107) and the second beam bodies (102); the outer surface of the second plate body (114) is flush with the surfaces of the first beam body (101), the longitudinal support pipe (107) and the second beam body (102) facing the box inner side surface of the movable wall plate (1); the inner surface of the second plate body (114) is fixed on the upper surface of the transverse support pipe (106); the height dimension of the longitudinal support pipe (107) in the thickness direction of the movable wall plate (1) is equal to the height dimension of the first beam body (101) and the second beam body (102) in the thickness direction of the movable wall plate (1), and the height dimension of the transverse support pipe (106) in the thickness direction of the movable wall plate (1) is smaller than the height dimension of the longitudinal support pipe (107) in the thickness direction of the movable wall plate (1); or, the second plate (114) is laid between the first beam (101) and the second beam (102); the outer surface of the second plate body (114) is flush with the surfaces of the first beam body (101) and the second beam body (102) facing the box inner side surface of the movable wall plate (1); the longitudinal supporting pipe (107) and the transverse supporting pipe (106) are supported on the inner surface of the second plate body (114); the height dimension of the longitudinal support pipe (107) and the transverse support pipe (106) in the thickness direction of the movable wall plate (1) is smaller than the height dimension of the first beam body (101) and the second beam body (102) in the thickness direction of the movable wall plate (1). The side surfaces of the third beam body (103) and the fourth beam body (104) facing the movable wall plate (1) are respectively welded with a fourth fixing piece (110) and a fifth fixing piece (111); the top surfaces of the fourth fixing member (110) and the fifth fixing member (111) are flush with the top surface of the transverse support pipe (106). The container provided by the utility model also comprises at least one push rod (117); the push rod (117) comprises a fixed part (1171) and a movable part (1172); the end of the fixing portion (1171) of the push rod (117) is hinged on the first and/or second corner post; the end of the movable portion (1172) of the push rod (117) is hinged on the first beam (101) and/or on the second beam (102); the push rod fixing end connecting piece (1191) and the push rod movable end connecting piece (1192) are further included; the push rod fixed end connecting piece (1191) is fixed on the first corner column and/or the second corner column, and the push rod movable end connecting piece (1192) is fixed on the first beam body (101) and/or the second beam body (102); the end of the fixed part (1171) of the push rod (117) is hinged with the push rod fixed end connector (1191); the end of the movable part (1172) of the push rod (117) is hinged to the push rod movable end connector (1192). The container provided by the utility model also comprises a first push rod support (1151) and a second push rod support (1152); the first push rod support (1151) and the second push rod support (1152) extend along the length direction of the first corner post and/or the second corner post and are fixed on the surface of the first corner post and/or the second corner post facing the movable wall plate (1); a first mounting groove is left between the first pushrod support (1151) and the second pushrod support (1152); the push rod fixed end connecting piece (1191) is fixed in the first mounting groove on the first corner column and/or the second corner column.

The push rod fixed end connector (1191) comprises a first base (11915), a first connecting piece (11911) and the second connecting piece (11912); the first connecting piece (11911) and the second connecting piece (11912) are arranged in parallel on top of the first base (11915); a first connecting shaft assembling hole (11913) is formed in the first connecting sheet (11911); a second connecting shaft assembling hole (11914) is formed in the second connecting sheet (11912); the end of the fixed part (1171) of the push rod (117) is provided with the first connecting shaft (11711) and a second connecting shaft (11712); the first connecting shaft (11711) penetrates through the first connecting shaft assembling hole (11913); the second connecting shaft (11712) is arranged in the second connecting shaft assembling hole (11914) in a penetrating way; the first base (11915) is a rectangular block structure; the first base (11915) of the push rod fixed end connector (1191) is fixed in the first mounting groove on the first corner post and/or the second corner post; and/or the push rod movable end connecting piece (1192) comprises a second base (11925), the third connecting piece (11921) and the fourth connecting piece (11922); the third connecting sheet (11921) and the fourth connecting sheet (11922) are arranged on the top of the second base (11925) in parallel; a third connecting shaft assembling hole (11923) is formed in the third connecting sheet (11921); a fourth connecting shaft assembling hole (11924) is formed in the fourth connecting sheet (11922); the end of the movable portion (1172) of the push rod (117) is provided with the third connecting shaft (11721) and the fourth connecting shaft (11722); the third connecting shaft (11721) is arranged in the third connecting shaft assembling hole (11923) in a penetrating way; the fourth connecting shaft (11722) is arranged in the fourth connecting shaft assembling hole (11924) in a penetrating way; the second base (11925) comprises a right angle U-shaped plate-like structure formed by a first bending plate (119251), a second bending plate (119252) and a third bending plate (119253); the second base (11925) is integrally bent or spliced; the second bending plate (119252) of the push rod movable end connecting piece (1192) is fixed on the top surface of the first beam body (101) and/or the second beam body (102) facing to the box inner side surface of the movable wall plate (1); the first bending plate (119251) and the third bending plate (119253) of the push rod movable end connecting piece (1192) are respectively fixed on two side surfaces of the top surface of the first beam body (101) and/or the second beam body (102). The outer side faces, facing away from the movable wall plate (1), of the first beam body (101) and the second beam body (102) are welded with a first fixing piece (108) and a second fixing piece (109) respectively; the first fixing piece (108) and the second fixing piece (109) are both L-shaped or C-shaped structural metal pieces; a seventh fixing piece and an eighth fixing piece are further arranged on the first corner post and the second corner post respectively, and the seventh fixing piece and the eighth fixing piece are both L-shaped or C-shaped structural metal pieces; the seventh fixing piece is fixed on the surface of the first corner column facing the side edge of the movable wall plate (1), and the eighth fixing piece is fixed on the surface of the second corner column facing the side edge of the movable wall plate (1); when the movable wall plate (1) is turned upwards and closed in a vertical state, the seventh fixing piece is buckled with the first fixing piece (108), and the eighth fixing piece is buckled with the second fixing piece (109). A third fixing piece (113) is further welded on the outer side surface, back to the movable wall plate (1), of the fourth beam body (104), and the third fixing piece (113) is a C-shaped or L-shaped structural metal piece; a sixth fixing piece (119) is further arranged at the bottom of the container top beam (3061), and the sixth fixing piece (119) is a C-shaped or L-shaped structural metal piece; when the movable wall plate (1) is turned upwards and closed in a vertical state, the sixth fixing piece (119) is buckled with the third fixing piece (113). And a fixed bottom plate (501) is arranged on the side part of the bottom beam (503). The side edge of the fixed bottom plate (501) is fixedly connected with the outer side surface of the bottom beam (503), and the bottom edge of the movable wall plate (1) is hinged on the fixed bottom plate (501). The bottom beam (503) is a channel steel or an I-steel or an H-shaped steel, at least one fixed reinforcing plate (502) is arranged between the fixed bottom plate (501) and the bottom beam (503), and the fixed reinforcing plate (502) is perpendicular to the fixed bottom plate (501); the fixed reinforcing plate (502) is provided with at least one through hole (504). The container provided by the utility model further comprises a plurality of floors (304) and a bottom beam (301) shaped like a Chinese character 'ji', wherein the bottom longitudinal beam of the container comprises a first bottom longitudinal beam (302) and a second bottom longitudinal beam (303); the bottom beam (301) extends along the length direction of the container and is arranged between the first bottom longitudinal beam (302) and the second bottom longitudinal beam (303); the n-shaped bottom beam (301) comprises a bottom beam bottom plate (3010), a first folding part (3011) and a second folding part (3012); the plurality of floor boards (304) are arranged in two rows, wherein one row of the floor boards (304) covers the tops of the first bottom longitudinal beam (302) and the first turnover part (3011); and the other row of the floor boards (304) covers the tops of the second bottom longitudinal beam (303) and the second turnover part (3012). The heat insulation floor is characterized in that a heat insulation bottom plate (306) is further arranged between the first bottom longitudinal beam (302) and the second bottom longitudinal beam (303), the heat insulation bottom plate (306) is arranged below the floor (304), and a heat insulation plate (305) is arranged between the heat insulation bottom plate (306) and the floor (304). The refrigerator is characterized in that the partition board (201) extending along the width direction of the refrigerator body is arranged inside the refrigerator body, and a door body is further arranged on the partition board (201).

The container provided by the utility model is provided with the turnover movable wall plate (1), namely the side wall serving as a box body can be closed, and the extended bottom plate can be opened, so that a larger space is provided for placing facilities or displaying goods, and the requirement of the container for the purposes of a kiosk, a display and marketing platform, a selling room, a house and the like is met.

Drawings

Fig. 1 is a schematic top view of a container according to an embodiment of the present invention, wherein the movable wall panel is in a horizontal state;

fig. 2 is a schematic cross-sectional view of the movable wall panel in a container according to an embodiment of the present invention, taken along the length direction;

fig. 3 is a schematic cross-sectional view of the movable wall panel in a container according to an embodiment of the present invention, taken along the width direction;

fig. 4 is a schematic structural view of the first beam body and the first fixing member of the movable wall panel in the container according to the embodiment of the present invention;

fig. 5 is a schematic free-side view of the movable wall panel in the container according to the embodiment of the present invention;

fig. 6 is a schematic view illustrating the installation of the first plate and the second plate of the movable wall plate in the container according to the embodiment of the present invention;

fig. 7 is a schematic view of a structure of the container top beam fastened to the free end of the movable wall plate in the container according to the embodiment of the present invention;

fig. 8 is a schematic top view of the installation positions of the push rod, the second corner post and the second beam in the container according to the embodiment of the present invention;

fig. 9 is a schematic view illustrating the installation positions of the push rod, the first corner post and the first beam in the container according to the embodiment of the present invention;

fig. 10 is a schematic view illustrating an installation position and a structure of the push rod, the second corner post and the second beam in the container according to the embodiment of the present invention;

fig. 11 is a schematic structural view of the push rod movable end connecting piece in the container according to the embodiment of the utility model;

fig. 12 is a schematic structural view of the push rod fixing end connector in the container according to the embodiment of the present invention;

fig. 13 is a schematic view of the structure of the push rod in the container according to the embodiment of the present invention;

FIG. 14 is a schematic cross-sectional view of the floor structure of a container according to an embodiment of the utility model;

FIG. 15 is a schematic top view of the floor of the container according to the embodiment of the present invention;

FIG. 16 is a schematic view of the position of the partition in the container according to the embodiment of the present invention;

fig. 17 is a schematic view of the hinge structure between the movable wall plate and the bottom beam of the container according to the embodiment of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The embodiment provides a container, which comprises a first corner column, a second corner column, a bottom beam 503 and a movable wall plate 1 arranged between the first corner column and the second corner column; the bottom edge of the movable wall plate 1 is hinged with the bottom beam 503. In the drawing, the bottom edge of the movable wall plate 1 is hinged to the bottom longitudinal beam. As will be understood by those skilled in the art, the movable wall panel 1 and the bottom longitudinal beam are hinged, so that the movable wall panel 1 can be turned upside down, and when the movable wall panel 1 is turned upside down to a vertical direction, the movable wall panel 1 serves as a container side panel to close the side part of the container provided by the embodiment; when the movable wall plate 1 is turned downwards to the horizontal direction, the side part of the container provided with the movable wall plate 1 is in an open state, and the movable wall plate 1 can be used as the outer extension of the floor 304 of the container and can be used for placing facilities, placing goods or displaying, so that the use space is expanded. It will be appreciated by those skilled in the art that it is also possible to provide the container end wall as the floating wall 1, with the bottom edge of the floating wall 1 being hinged to the bottom cross member of the container.

The movable wall board 1 comprises wall board frames and a first board body 112 arranged between the wall board frames; the panel frame includes an outer frame and an inner support structure; the external frame comprises a rectangular frame structure enclosed by a first beam body 101, a second beam body 102, a third beam body 103 and a fourth beam body 104; the internal supporting structure is a grid structure formed by at least one transverse supporting pipe 106 extending along the length direction of the movable wall plate 1 and/or at least one longitudinal supporting pipe 107 extending along the width direction of the movable wall plate 1; when there are a plurality of the transverse support tubes 106 and/or a plurality of the longitudinal support tubes 107, the transverse support tubes 106 and the longitudinal support tubes 107 are staggered to form a grid structure, and the transverse support tubes 106 and/or the longitudinal support tubes 107 may be made of steel sections such as rectangular tubes and angle steels.

The first beam body 101, the second beam body 102, the third beam body 103 and the fourth beam body 104 are all made of steel, preferably rectangular pipes, and the first beam body 101, the second beam body 102, the third beam body 103 and the fourth beam body 104 have the same height dimension in the thickness direction of the movable wall panel 1. It will be understood by those skilled in the art that the first beam 101, the second beam 102, the third beam 103 and the fourth beam 104 are rectangular pipes having the same thickness, which can maintain the structural strength, the flatness of the movable wall plate 1 and the convenience of manufacturing.

The floating wall panel 1 further comprises a reinforcing beam 105, and the reinforcing beam 105 is fixed to the side of the fourth beam body 104 facing the floating wall panel 1. The reinforcing beam 105 can be a rectangular pipe or a section steel such as angle steel; the height dimension of the reinforcement beam 105 in the thickness direction of the movable wall panel 1 is smaller than or equal to the height dimension of the fourth beam body 104 in the thickness direction of the movable wall panel 1. As will be understood by those skilled in the art, the third beam 103 of the floating wall panel 1 is hinged to the bottom beam 503, and the fourth beam 104 of the floating wall panel 1 becomes the free side of the floating wall panel 1, and since the floating wall panel 1 may have a large planar area, the reinforcing beam 105 provided on the free side of the floating wall panel 1 is beneficial to improving the structural strength of the floating wall panel 1 and providing the floating wall panel 1 with better load-bearing capacity.

The first plate 112 is a rectangular structure, and the first plate 112 is fixed between the first beam 101, the longitudinal support tube 107 and the second beam 102; the outer surface of the first plate 112 is flush with the surfaces of the first beam 101, the longitudinal support tube 107 and the second beam 102 facing the outer side of the movable wall panel 1; the lateral support tube 106 is fixed to the inner surface of the first plate 112. Or, the first plate 112 is fixed between the first beam 101 and the second beam 102, the outer surface of the first plate 112 is flush with the surfaces of the first beam 101 and the second beam 102 facing the outer side surface of the movable wall panel 1, and the longitudinal support tube 107 and the transverse support tube 106 are fixed on the inner surface of the first plate 112; it will be appreciated by those skilled in the art that the surface of the box exterior side of the movable wall panel 1 is thus a longitudinally aligned panel, having a relatively flat structure and having fewer seams or welds on the exterior surface, so that the surface of the box exterior side of the movable wall panel 1 is more easily kept clean and maintained, resulting in a more aesthetically pleasing appearance of the container.

The container provided in this embodiment further includes a plurality of second plate bodies 114, where the second plate bodies 114 are laid between the first beam body 101, the longitudinal support tube 107, and the second beam body 102; the outer surface of the second plate body 114 is flush with the surfaces of the first beam body 101, the longitudinal support pipe 107 and the second beam body 102 facing the inside surface of the box of the movable wall panel 1; the inner surface of the second plate 114 is fixed to the upper surface of the lateral support tube 106. As will be understood by those skilled in the art, in this way, the height dimension of the longitudinal support tube 107 in the thickness direction of the movable wall plate 1 is equal to the height dimension of the first beam 101 and the second beam 102 in the thickness direction of the movable wall plate 1, the height dimension of the transverse support tube 106 in the thickness direction of the movable wall plate 1 is smaller than the height dimension of the longitudinal support tube 107 in the thickness direction of the movable wall plate 1, and the transverse support tube 106 is fixed between the first plate 112 and the second plate 114 to support the first plate 112 and the second plate 114. Or, the second plate 114 is laid between the first beam 101 and the second beam 102; the outer surface of the second plate body 114 is flush with the surfaces of the first beam body 101 and the second beam body 102 facing the box inner side surface of the movable wall plate 1; the longitudinal support tubes 107 and the lateral support tubes 106 are supported on the inner surface of the second plate body 114. As will be understood by those skilled in the art, in this way, the height dimension of the longitudinal support tube 107 and the transverse support tube 106 in the thickness direction of the movable wall plate 1 is smaller than the height dimension of the first beam 101 and the second beam 102 in the thickness direction of the movable wall plate 1, and the longitudinal support tube 107 and the transverse support tube 106 are fixed between the first plate 112 and the second plate 114, so as to support the first plate 112 and the second plate 114. Thus, when the movable wall plate 1 is in a horizontal state, the surface structure of the inner side surface of the box of the movable wall plate 1 is smooth, and the commodity is convenient to place and display. Preferably, the second plate body 114 is a composite floor 304 or a wooden floor 304, so that when the movable wall board 1 is in a horizontal state, the surface of the inner side surface of the box of the movable wall board 1 is the floor 304, and the aesthetic feeling and the use habit of the public are better met.

The outer side faces of the first beam body 101 and the second beam body 102, which face away from the movable wall plate 1, are welded with a first fixing piece 108 and a second fixing piece 109, respectively. The first fixing member 108 and the second fixing member 109 are both L-shaped or C-shaped structural metal members, and preferably, L-shaped angle steel is adopted. It will be understood by those skilled in the art that the first fixing member 108 and the second fixing member 109 are used for waterproofing and sealing the container body, and when the movable wall panel 1 is turned upwards to the closed state, the first fixing member 108 and the second fixing member 109 can cooperate with the L-shaped or C-shaped fixing member provided on the corner post to form a waterproof and airtight structure.

A third fixing part 113 is further welded on the outer side surface of the fourth beam body 104, which faces away from the movable wall plate 1, and the third fixing part 113 is a C-shaped or L-shaped structural metal part, preferably, a C-shaped structure is adopted. It will be understood by those skilled in the art that the third fixing member 113 cooperates with a C-shaped or L-shaped fixing member provided on the top beam to form a watertight structure when the movable wall panel 1 is turned up to the closed state.

The side surfaces of the third beam body 103 and the fourth beam body 104 facing the movable wall plate 1 are welded with a fourth fixing piece 110 and a fifth fixing piece 111 respectively; the top surfaces of the fourth fixing member 110 and the fifth fixing member 111 are flush with the top surface of the lateral support tube 106. As will be understood by those skilled in the art, the fourth fixing element 110 and the fifth fixing element 111 are used for laying the second plate body 114, and the fourth fixing element 110, the fifth fixing element 111 and the transverse support tube 106 together support the second plate body 114, so as to keep the second plate body 114 flat and have better load-bearing capacity.

The container provided by this embodiment further includes at least one push rod 117; the push rod 117 includes a fixed portion 1171 and a movable portion 1172; the end of the fixing portion 1171 of the push rod 117 is hinged on the first and/or second corner post; the end of said movable portion 1172 of said push rod 117 is hinged on said first beam 101 and/or on said second beam 102. As will be understood by those skilled in the art, the push rod 117 is driven by a driving device to perform reciprocating push-pull movement on the movable part 1172 of the push rod 117 relative to the fixed part 1171 of the push rod 117, so that the length of the push rod 117 is adjustable, and when the movable part 1172 of the push rod 117 extends outwards relative to the fixed part 1171, the included angle between the movable wall plate 1 and the corner post is increased, so that the movable wall plate 1 is pushed to turn downwards and open; when the movable portion 1172 of the push rod 117 is retracted inward relative to the fixed portion 1171, the included angle between the movable wall plate 1 and the corner post is reduced, so as to drive the movable wall plate 1 to turn upwards and close. The driving device of the push rod 117 comprises any one of hydraulic, electric, electrohydraulic, pneumatic, rack and pinion, lead screw, manual and the like and corresponding parts.

The container provided by this embodiment further includes a push rod fixed end connector 1191 and a push rod movable end connector 1192; the push rod fixed end connecting piece 1191 is fixed on the first corner column and/or the second corner column, and the push rod movable end connecting piece 1192 is fixed on the first beam body 101 and/or the second beam body 102; the end of the fixing part 1171 of the push rod 117 is hinged to the push rod fixing end connector 1191; the end of the movable portion 1172 of the push rod 117 is hinged to the push rod movable end connector 1192.

The container provided in this embodiment further includes a first pushrod support 1151 and a second pushrod support 1152; the first and second pushrod supports 1151 and 1152 are fixed to the surface of the first and/or second corner post facing the movable wall plate 1, extending in the height direction of the container along the length direction of the first and/or second corner post; a first mounting groove is left between the first and second pushrod supports 1151 and 1152; the push rod fixed end connecting piece 1191 is fixed in the first mounting groove on the first corner column and/or the second corner column; preferably, the first and second pushrod supports 1151 and 1152 are square pipes or angle irons. It will be understood by those skilled in the art that the push rod 117 can be fixed between the corner posts and the movable wall plate 1 by the push rod fixed end connector 1191 and the push rod movable end connector 1192, thereby controlling the turnover of the movable wall plate 1. Those skilled in the art can understand that, on the one hand, the push rod fixing end connecting piece 1191 can be conveniently fixed on the corner post and can be prevented from protruding out of the corner post, so that the structure is more stable, and meanwhile, collision and damage are avoided.

The push rod fixed end connector 1191 comprises a first base 11915, a first connecting piece 11911 and the second connecting piece 11912; the first base 11915 is a rectangular block structure; the first connecting tab 11911 and the second connecting tab 11912 are disposed in parallel on top of the first base 11915; a first connecting shaft assembling hole 11913 is formed in the first connecting piece 11911; a second connecting shaft assembling hole 11914 is formed in the second connecting sheet 11912; the end of the fixing portion 1171 of the push rod 117 is provided with the first connecting shaft 11711 and a second connecting shaft 11712; the first connecting shaft 11711 is arranged in the first connecting shaft assembling hole 11913 in a penetrating way; the second connecting shaft 11712 is inserted into the second connecting shaft fitting hole 11914. It will be appreciated by those skilled in the art that during the turning of the movable wall panel 1, the angle between the push rod 117 and the corner post and between the push rod 117 and the movable wall panel 1 will change, facilitating the rotation of the fixing portion 1171 of the push rod 117 relative to the corner post by way of the shaft connection.

The push rod movable end connecting piece 1192 comprises a second base 11925, a third connecting piece 11921 and a fourth connecting piece 11922; the third connecting piece 11921 and the fourth connecting piece 11922 are arranged on the top of the second base 11925 in parallel; a third connecting shaft assembling hole 11923 is formed in the third connecting sheet 11921; a fourth connecting shaft assembly hole 11924 is formed in the fourth connecting sheet 11922; the end of the movable portion 1172 of the push rod 117 is provided with the third connecting shaft 11721 and the fourth connecting shaft 11722; the third connecting shaft 11721 is arranged in the third connecting shaft assembling hole 11923 in a penetrating way; the fourth connecting shaft 11722 passes through the fourth connecting shaft assembly hole 11924. It will be understood by those skilled in the art that during the turning of the movable wall panel 1, the angle between the push rod 117 and the corner post and the angle between the push rod 117 and the movable wall panel 1 will change, facilitating the rotation of the movable portion 1172 of the push rod 117 relative to the first beam 101 and/or the second beam 102 by way of a shaft connection.

The second base 11925 of the movable end connector 1192 comprises a right-angled U-shaped plate structure formed by a first bending plate 119251, a second bending plate 119252 and a third bending plate 119253, and the second base 11925 is integrally formed by bending or splicing; the second bending plate 119252 of the push rod movable end connector 1192 is fixed on the top surface of the first beam body 101 and/or the second beam body 102 facing the box inner side surface of the movable wall plate 1; the first bending plate 119251 and the third bending plate 119253 of the push rod movable end connector 1192 are fixed on two side surfaces of the top surface of the first beam body 101 and/or the second beam body 102, respectively. It will be appreciated by those skilled in the art that the second base 11925 is configured as a right-angled U-shaped plate, which can more firmly fix the second base 11925 to the first beam 101 and/or the second beam 102.

The container provided by this embodiment further has a sixth fixing element 119, which is a metal element with a C-shaped or L-shaped structure, preferably a C-shaped structure, and the sixth fixing element 119 is welded to the bottom of the top beam 3061 of the container and is fastened to the third fixing element 113 when the movable wall plate 1 is closed. It will be appreciated by those skilled in the art that the third fixing member 113 and the sixth fixing member 119 together form a waterproof and airtight structure when the movable wall panel 1 is closed, which effectively prevents water or dust from entering the container through the top gap of the movable wall panel 1.

The container provided by this embodiment further includes a seventh fixing member and an eighth fixing member, which are L-shaped or C-shaped metal members, preferably, L-shaped structures, where the seventh fixing member is fixed to a surface of the first corner column facing the side of the movable wall panel 1, and is fastened to the first fixing member 108 when the movable wall panel 1 is closed; the eighth fixing member is fixed to a surface of the second corner post facing the side of the movable wall plate 1, and is engaged with the second fixing member 109 when the movable wall plate 1 is closed. It will be understood by those skilled in the art that when the movable wall panel 1 is closed, the sealing structure formed by the first fixing element 108 and the seventh fixing element being fastened together and the sealing structure formed by the second fixing element 109 and the eighth fixing element being fastened together can both play a role of sealing and preventing water, and can effectively prevent water or dust from entering the container through the side gap of the movable wall panel 1.

The side of the bottom beam 503 is provided with a fixed bottom plate 501. The side edge of the fixed base plate 501 is fixedly connected with the outer side surface of the bottom beam 503, and the bottom edge of the movable wall plate 1 is hinged on the fixed base plate 501 through a hinge.

The bottom beam 503 is a channel steel, an I-steel or an H-shaped steel, at least one fixed reinforcing plate 502 is arranged between the fixed bottom plate 501 and the bottom beam 503, and the fixed reinforcing plate 502 is perpendicular to the fixed bottom plate 501. As will be understood by those skilled in the art, since the fixed base plate 501 is hinged with the movable wall plate 1, it is necessary to have a large structural strength and a large load-bearing capacity, and the fixed reinforcing plate 502 is provided to ensure the firmness and the load-bearing capacity of the fixed base plate 501, while avoiding the structural deformation of the bottom beam 503.

The fixed reinforcing plate 502 is provided with at least one through hole 504. Through-hole 504 is used for wearing to establish hydraulic pressure oil pipe, cable etc. reduces shared space. The container provided by the embodiment further comprises a plurality of floors 304 and a bottom beam 301 shaped like a Chinese character 'ji', wherein the bottom longitudinal beam of the container comprises a first bottom longitudinal beam 302 and a second bottom longitudinal beam 303; the bottom beam 301 in a shape like a Chinese character 'ji' extends along the length direction of the container and is arranged between the two bottom longitudinal beams; the n-shaped bottom beam 301 comprises a bottom beam bottom plate 3010, a first folded part 3011 and a second folded part 3012; the plurality of floor boards 304 are arranged in two rows, wherein one row of the floor boards 304 covers the tops of the first bottom longitudinal beams 302 and the first turnover part 3011; another row of the floor panels 304 covers the top of the second bottom longitudinal beam 303 and the second flap 3012. As will be appreciated by those skilled in the art, the bottom sill 301 forms a channel between the floors 304 to act as a sink for the floors 304, thereby allowing water from the floors 304 to be drained from the tank.

The first bottom longitudinal beam 302 and the second bottom longitudinal beam 303 further comprise a heat preservation bottom plate 306, the heat preservation bottom plate 306 is arranged below the floor 304, and a heat preservation plate 305 is arranged between the heat preservation bottom plate 306 and the floor 304. As can be understood by those skilled in the art, the heat insulation plate 305 is arranged on the bottom plate of the container, so that the heat insulation and heat insulation capability of the bottom plate of the container can be enhanced, and the bearing fixing effect of the bottom plate of the container can also be improved.

The container body is internally provided with a baffle plate 201 extending along the width direction of the container body, so that the container body can be divided into a first chamber and a second chamber, and the baffle plate 201 can also be provided with a door body. As can be understood by those skilled in the art, different manufacturing or selling, displaying and other equipment can be respectively placed in the first chamber and the second chamber, and the door body in the middle facilitates people to enter and exit the chambers on the two sides.

In the present invention, the longitudinal direction of the movable wall panel 1 is a direction extending along the fourth beam body 114 in parallel with the container; the width direction of the movable wall plate 1 is the direction perpendicular to the container and extending along the first beam body 101; the thickness direction of the movable wall plate 1 is a direction perpendicular to both the length direction and the width direction of the movable wall plate 1; the movable wall plate 1 is turned upwards to a vertical state and faces to a plane in the container, and the movable wall plate 1 is also turned downwards to a horizontal state and faces upwards, and the plane of the movable wall plate 1 is defined as the inner side surface of the movable wall plate 1; the movable wall plate 1 is a plane facing the outside of the container when turned upwards to a vertical state, and is a downward plane when the movable wall plate 1 is turned downwards to a horizontal state, and the plane of the movable wall plate 1 is defined as the outside surface of the container of the movable wall plate 1.

Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.

Claims (17)

1. A container, comprising a first corner post, a second corner post, a bottom beam (503) and a movable wall panel (1) disposed between said first corner post and said second corner post; the bottom edge of the movable wall plate (1) is hinged with the bottom beam (503).

2. A container as claimed in claim 1, characterised in that the movable wall panel (1) comprises wall panel brackets and first panel bodies (112) disposed between the wall panel brackets; the panel frame includes an outer frame and an inner support structure; the external frame comprises a rectangular frame structure enclosed by a first beam body (101), a second beam body (102), a third beam body (103) and a fourth beam body (104); the internal supporting structure comprises a grid-shaped structure consisting of at least one transverse supporting pipe (106) extending along the length direction of the movable wall plate (1) and/or at least one longitudinal supporting pipe (107) extending along the width direction of the movable wall plate (1); the first beam body (101), the second beam body (102), the third beam body (103) and the fourth beam body (104) are all made of section steel or rectangular pipes; the height dimensions of the first beam body (101), the second beam body (102), the third beam body (103) and the fourth beam body (104) in the thickness direction of the movable wall plate (1) are the same.

3. A container as claimed in claim 2, wherein said wall (1) further comprises a stiffening beam (105), said stiffening beam (105) being secured to the side of said fourth beam body (104) facing said wall (1).

4. A container as claimed in claim 3, wherein the height dimension of said reinforcing beam (105) in the thickness direction of said floating wall panel (1) is less than or equal to the height dimension of said fourth beam body (104) in the thickness direction of said floating wall panel (1).

5. A container as claimed in claim 3, characterised in that said first panel (112) is of rectangular configuration, said first panel (112) being fixed between two of said first beam (101), said longitudinal support tube (107) and said second beam (102); the outer surface of the first plate body (112) is flush with the surfaces of the first beam body (101), the longitudinal support pipe (107) and the second beam body (102) facing the outer side surface of the movable wall plate (1) box; the transverse support tube (106) is fixed on the inner surface of the first plate body (112); or, the first plate body (112) is of a rectangular structure, the first plate body (112) is fixed between the first beam body (101) and the second beam body (102), the outer surface of the first plate body (112) is flush with the surfaces, facing the outer side surface of the movable wall plate (1), of the first beam body (101) and the second beam body (102), and the longitudinal support tube (107) and the transverse support tube (106) are fixed on the inner surface of the first plate body (112).

6. A container as claimed in claim 5, characterised in that it is provided with a plurality of second panels (114), said second panels (114) being laid between two of said first beam (101), said longitudinal support tube (107) and said second beam (102); the outer surface of the second plate body (114) is flush with the surfaces of the first beam body (101), the longitudinal support pipe (107) and the second beam body (102) facing the box inner side surface of the movable wall plate (1); the inner surface of the second plate body (114) is fixed on the upper surface of the transverse support pipe (106); the height dimension of the longitudinal support pipe (107) in the thickness direction of the movable wall plate (1) is equal to the height dimension of the first beam body (101) and the second beam body (102) in the thickness direction of the movable wall plate (1), and the height dimension of the transverse support pipe (106) in the thickness direction of the movable wall plate (1) is smaller than the height dimension of the longitudinal support pipe (107) in the thickness direction of the movable wall plate (1); or, the second plate (114) is laid between the first beam (101) and the second beam (102); the outer surface of the second plate body (114) is flush with the surfaces of the first beam body (101) and the second beam body (102) facing the box inner side surface of the movable wall plate (1); the longitudinal supporting pipe (107) and the transverse supporting pipe (106) are supported on the inner surface of the second plate body (114); the height dimension of the longitudinal support pipe (107) and the transverse support pipe (106) in the thickness direction of the movable wall plate (1) is smaller than the height dimension of the first beam body (101) and the second beam body (102) in the thickness direction of the movable wall plate (1).

7. A container as claimed in claim 6, characterised in that the sides of said third beam (103) and said fourth beam (104) facing said panel (1) are also welded with a fourth fixing element (110) and a fifth fixing element (111), respectively; the top surfaces of the fourth fixing member (110) and the fifth fixing member (111) are flush with the top surface of the transverse support pipe (106).

8. The container of claim 7, further comprising at least one push rod (117); the push rod (117) comprises a fixed part (1171) and a movable part (1172); the end of the fixing portion (1171) of the push rod (117) is hinged on the first and/or second corner post; the end of the movable portion (1172) of the push rod (117) is hinged on the first beam (101) and/or on the second beam (102); the push rod fixing end connecting piece (1191) and the push rod movable end connecting piece (1192) are also included; the push rod fixed end connecting piece (1191) is fixed on the first corner column and/or the second corner column, and the push rod movable end connecting piece (1192) is fixed on the first beam body (101) and/or the second beam body (102); the end of the fixed part (1171) of the push rod (117) is hinged with the push rod fixed end connector (1191); the end of the movable part (1172) of the push rod (117) is hinged to the push rod movable end connector (1192).

9. The container of claim 8, further comprising a first pushrod support (1151) and a second pushrod support (1152); the first push rod support (1151) and the second push rod support (1152) extend along the length direction of the first corner post and/or the second corner post and are fixed on the surface of the first corner post and/or the second corner post facing the movable wall plate (1); a first mounting groove is left between the first pushrod support (1151) and the second pushrod support (1152); the push rod fixed end connecting piece (1191) is fixed in the first mounting groove on the first corner column and/or the second corner column.

10. The container of claim 9, wherein the push rod fixed end connector (1191) comprises a first base (11915), a first tab (11911), and a second tab (11912); the first connecting piece (11911) and the second connecting piece (11912) are arranged in parallel on top of the first base (11915); a first connecting shaft assembling hole (11913) is formed in the first connecting sheet (11911); a second connecting shaft assembling hole (11914) is formed in the second connecting sheet (11912); the end of the fixed part (1171) of the push rod (117) is provided with a first connecting shaft (11711) and a second connecting shaft (11712); the first connecting shaft (11711) penetrates through the first connecting shaft assembling hole (11913); the second connecting shaft (11712) is arranged in the second connecting shaft assembling hole (11914) in a penetrating way; the first base (11915) is a rectangular block structure; the first base (11915) of the push rod fixed end connector (1191) is fixed in the first mounting groove on the first corner post and/or the second corner post; and/or the push rod movable end connecting piece (1192) comprises a second base (11925), a third connecting piece (11921) and a fourth connecting piece (11922); the third connecting sheet (11921) and the fourth connecting sheet (11922) are arranged in parallel on top of the second base (11925); a third connecting shaft assembling hole (11923) is formed in the third connecting sheet (11921); a fourth connecting shaft assembling hole (11924) is formed in the fourth connecting sheet (11922); the end of the movable part (1172) of the push rod (117) is provided with a third connecting shaft (11721) and a fourth connecting shaft (11722); the third connecting shaft (11721) is arranged in the third connecting shaft assembling hole (11923) in a penetrating way; the fourth connecting shaft (11722) is arranged in the fourth connecting shaft assembling hole (11924) in a penetrating way; the second base (11925) comprises a right angle U-shaped plate-like structure formed by a first bending plate (119251), a second bending plate (119252) and a third bending plate (119253); the second base (11925) is integrally bent or spliced; the second bending plate (119252) of the push rod movable end connecting piece (1192) is fixed on the top surface of the first beam body (101) and/or the second beam body (102) facing to the box inner side surface of the movable wall plate (1); the first bending plate (119251) and the third bending plate (119253) of the push rod movable end connecting piece (1192) are respectively fixed on two side surfaces of the top surface of the first beam body (101) and/or the second beam body (102).

11. A container as claimed in claim 2, characterized in that the outer sides of said first beam body (101) and said second beam body (102) facing away from said movable wall panel (1) are further welded with a first fixing member (108) and a second fixing member (109), respectively; the first fixing piece (108) and the second fixing piece (109) are both L-shaped or C-shaped structural metal pieces; a seventh fixing piece and an eighth fixing piece are further arranged on the first corner post and the second corner post respectively, and the seventh fixing piece and the eighth fixing piece are both L-shaped or C-shaped structural metal pieces; the seventh fixing piece is fixed on the surface of the first corner column facing the side edge of the movable wall plate (1), and the eighth fixing piece is fixed on the surface of the second corner column facing the side edge of the movable wall plate (1); when the movable wall plate (1) is turned upwards and closed in a vertical state, the seventh fixing piece is buckled with the first fixing piece (108), and the eighth fixing piece is buckled with the second fixing piece (109).

12. The container according to claim 11, characterized in that the outer side of the fourth beam body (104) facing away from the movable wall panel (1) is welded with a third fixing member (113), and the third fixing member (113) is a C-shaped or L-shaped structural metal member; a sixth fixing piece (119) is further arranged at the bottom of the container top beam (3061), and the sixth fixing piece (119) is a C-shaped or L-shaped structural metal piece; when the movable wall plate (1) is turned upwards and closed in a vertical state, the sixth fixing piece (119) is buckled with the third fixing piece (113).

13. A container as claimed in claim 12, characterised in that the side portions of the base beams (503) are provided with fixed base plates (501), the side edges of the fixed base plates (501) being fixedly connected to the outer side surfaces of the base beams (503), and the bottom edges of the movable wall panels (1) being hinged to the fixed base plates (501).

14. The container according to claim 13, wherein the bottom beam (503) is a channel steel, an i-beam or an H-beam, at least one fixed reinforcing plate (502) is arranged between the fixed bottom plate (501) and the bottom beam (503), and the fixed reinforcing plate (502) is arranged perpendicular to the fixed bottom plate (501); the fixed reinforcing plate (502) is provided with at least one through hole (504).

15. The container of claim 14, further comprising a plurality of floors (304) and a bottom sill in a figure-of-several (301), said container bottom stringers comprising a first bottom stringer (302) and a second bottom stringer (303); the bottom beam (301) extends along the length direction of the container and is arranged between the first bottom longitudinal beam (302) and the second bottom longitudinal beam (303); the n-shaped bottom beam (301) comprises a bottom beam bottom plate (3010), a first folding part (3011) and a second folding part (3012); the plurality of floor boards (304) are arranged in two rows, wherein one row of the floor boards (304) covers the tops of the first bottom longitudinal beam (302) and the first turnover part (3011); and the other row of the floor boards (304) covers the tops of the second bottom longitudinal beam (303) and the second turnover part (3012).

16. The container according to claim 15, characterized in that a thermal insulation bottom plate (306) is further included between the first bottom longitudinal beam (302) and the second bottom longitudinal beam (303), the thermal insulation bottom plate (306) is disposed below the floor (304), and a thermal insulation plate (305) is disposed between the thermal insulation bottom plate (306) and the floor (304).

17. A container as claimed in claim 16, wherein a partition (201) extending in the width direction of the container is provided in the container, and the partition (201) is further provided with a door.

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