CN219452775U - Installation type rigging connector - Google Patents
Installation type rigging connector Download PDFInfo
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- CN219452775U CN219452775U CN202320391832.5U CN202320391832U CN219452775U CN 219452775 U CN219452775 U CN 219452775U CN 202320391832 U CN202320391832 U CN 202320391832U CN 219452775 U CN219452775 U CN 219452775U
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Abstract
The utility model relates to the technical field of ropes and discloses an installation type rigging connector which comprises a side installation type rigging connector and an inner installation type rigging connector, wherein the side installation type rigging connector comprises a rigging plate surface, a rigging connection hole, an installation hole, a side installation plate and a side plate plug-in hole; the installation type rigging connector has the installation function, can be installed and fixed with application structures such as pipes, columns, rods, drills and the like and related similar structures, is simple to operate, expands the combined application scene and range of the rigging connector and related equipment, promotes the progress of a rope technical system, and greatly improves the working efficiency.
Description
Technical Field
The utility model relates to the technical field of ropes, in particular to an installation type rigging connector.
Background
The prior rigging connecting device of common rope technical equipment at home and abroad mainly adopts a planar pore plate structure, is a metal sheet with a certain shape and has a certain number of openings, and is still the mainstream of a rigging connector. However, the products on the market have the following disadvantages: the cable connector does not have an installation function, cannot be installed and fixed with application structures such as pipes, columns, rods, drills and the like and related similar structures, is limited in equipment combination application and scene application, and therefore a cable connector with the installation function, namely an installation type cable connector, needs to be designed.
Disclosure of Invention
In order to overcome the defects in the prior art, the utility model provides an installation type rigging connector which solves the problems in the prior art.
In order to achieve the above purpose, the present utility model provides the following technical solutions:
an installed rigging connector, characterized by: the cable comprises an inner mounting type cable connector and a side mounting type cable connector, wherein the mounting type cable connector is a mountable flat plate type cable connector, the inner mounting type cable connector comprises a cable plate surface, a cable connecting hole, a mounting hole, an inner plug-in elevation and an inner plug-in hole, the side mounting type cable connector comprises a cable plate surface, a cable connecting hole, a mounting hole, a side mounting plate and a side plate plug-in hole, the cable plate surface main body is of a thin plate structure, is a bearing foundation and an application main body of the mounting type cable connector, the cable connecting hole is a permeable opening, is a functional opening for realizing cable connection of the mounting type cable connector, the mounting hole is a permeable circular hole or other non-circular special-shaped hole structure, the mounting hole is used for sleeving the cable plate surface on a pipe, a column, a rod, a column and other structures, and is fixedly spliced on the circular tubular and column structures through the inner plug-in hole of the mounting hole or the side plate plug-in hole of the extension of the mounting hole, and the circular mounting hole is used for sleeving on the circular tubular and column structures; the rigging connecting hole is arranged around the mounting hole, and three construction modes are arranged at the position where the rigging connecting hole is arranged: the first one is that the rigging connecting hole is arranged around the mounting hole at the lower part of the mounting hole and is arranged in a single-side single-arc shape, the second one is that the rigging connecting hole is arranged around the mounting hole at the upper part and the two sides of the lower part of the mounting hole and is arranged in a double-side double-arc shape or a nearly circular shape, and the third one is that the rigging connecting hole is arranged around the mounting hole in a circular shape or a nearly circular shape; the connecting holes of the rigging are 1 row, 1 week or 2 rows, 2 weeks or 2 rows and more than 2 weeks;
the structure of interior installation formula rigging connector is integrated into one piece structure, and the upper portion or the middle part position face of rigging face transversely thickens and extends to the outer border of rigging face left and right both sides, and this position is thicker than upper and lower other rigging face positions, and its transversely extends the thickening and has two kinds of constitution modes: firstly, symmetrically convex arc-shaped bulges or other modeling bulges on the upper bottom surface and the lower bottom surface of the rigging plate surface at the positions are thickened, and secondly, single-side convex arc-shaped bulges or other modeling bulges on the upper bottom surface or the lower bottom surface of the rigging plate surface at the positions are thickened; the central position of the bulge part at the upper part or the middle part of the surface of the rigging is provided with a mounting hole, the thickened vertical faces at the left side and the right side of the mounting hole are inner insertion vertical faces, the inner insertion holes with penetrability are formed through the mounting hole and the inner insertion vertical faces at the left side and the right side, the inner insertion holes are a pair of opposite perforation holes formed in pairs, and the inner insertion holes penetrate through the whole inner mounting type rigging connector body through the mounting hole and the inner insertion vertical faces;
the side-mounted type rigging connector is composed of two parts of components of a rigging plate surface and a side mounting plate, one side or two sides of the side mounting plate are arranged on the rigging plate surface, the rigging plate surface and the side mounting plate are in a combination mode of two structures of vertical intersection and diagonal intersection, the rigging plate surface of the side-mounted type rigging connector is of a flat plate structure, and a mounting hole is arranged at the upper part or the central position of the rigging plate surface; along the mounting hole border and around the mounting hole setting side mounting panel, side mounting panel is paired, relative setting and set up a pair of promptly two relatively, and the position that side mounting panel set up has three kinds of structural style: the mounting hole is provided with a pair of side mounting plates at the left and right sides, a pair of side mounting plates at the left and right sides and the upper and lower sides respectively, and a plurality of pairs of side mounting plates around the mounting hole; a side plate inserting hole is formed in each pair of two opposite side mounting plates, the side plate inserting holes are through holes, and the corresponding projection positions of the side plate inserting holes on the surfaces of the rigging are at least one pair of side plate inserting holes between two rigging connecting holes on the surfaces of the rigging;
the side-mounting type rigging connector is characterized in that the construction mode of the side-mounting type rigging connector is provided with an integral construction mode and a split construction mode, wherein the integral construction mode is that a rigging plate surface and a side mounting plate are of an integral forming structure, the split construction mode is that the rigging plate surface and the side mounting plate are independently formed, the rigging plate surface and the side mounting plate are mounted into a whole through riveting or welding or direct screw thread connection or a screw thread fastening mounting mode, and the rigging plate surface and the side mounting plate of the split construction mode are provided with a permanent mounting mode and a detachable temporary mounting mode.
Preferably, the number of the side mounting plates of the side mounting type rigging connector is 1 pair, 2 pairs or more than 2 pairs, and the overall structure has three structural modes: the two opposite or adjacent side mounting plates are connected by a ring seat, the two opposite or adjacent side mounting plates are connected by a ring-free seat, each side mounting plate is an independent side plate, and the three side mounting plates are directly connected by more than 2 pairs of side mounting plates, so that the ring-free seat is in transition.
Preferably, the overall side elevation shape of the side mounting plate of the side mounting type rigging connector is in a convex semicircular shape or a quadrilateral shape, and the self structure of the side mounting type rigging connector has two modes: the side mounting plate is concave, is suitable for sleeving and clamping a round tubular and cylindrical structural body penetrating through the mounting hole, and is in a straight-wall and multi-edge straight-wall inner-wrapping structural body, and is suitable for sleeving and clamping a special tubular and special cylindrical structural body penetrating through the mounting hole.
Preferably, the inner-mounting type rigging connector and the side-mounting type rigging connector are collectively referred to as a mounting type rigging connector, wherein the rigging panel of the mounting type rigging connector has a main body shape of one of a square panel, a rectangular panel, a round panel, a semicircular panel, a polygonal panel, a parallelogram panel, a diamond panel, an oval panel, a fan panel, a ring panel, a bevel panel, and a deformed panel of the panel shape.
Preferably, the inner installation type rigging connector and the side installation type rigging connector are collectively called an installation type rigging connector, the installation hole of the installation type rigging connector is a permeable circular hole or a non-circular special-shaped hole structure, the circular installation hole is used for being sleeved on a circular tubular or columnar structure, the special-shaped installation hole is used for being sleeved on a special-shaped tubular or columnar structure, wherein the special-shaped installation hole is one of a square hole or a rectangular hole or an elliptic hole or a flat elliptic hole or a semicircular hole or a triangular hole, namely a trilateral hole or a pentagonal hole, namely a hexagonal hole, or a heptagonal hole, namely an octagonal hole, or a nine-angular hole, namely a nine-sided hole, or a ten-sided hole.
Preferably, the inner installation type rigging connector and the side installation type rigging connector are collectively called an installation type rigging connector, the hole shape of the rigging connection hole of the installation type rigging connector is a round hole, a square hole, a rectangular hole, an oval hole, a straight groove hole, a circular arc groove hole, an inner polygonal hole, a triangular circular arc hole, a trapezoid hole, a deformed hole of the hole shape or an irregular and nonstandard hole made according to the shape of the regional plate surface, and the connection hole of the rigging connector is chamfered.
Preferably, the inner installation type rigging connector and the side installation type rigging connector are collectively called as installation type rigging connector, the outer edge of the rigging panel of the installation type rigging connector, namely the outer vertical surface and the outer edge surface, is in the structural shape of a long straight surface or a multi-edge straight surface or a circumferential arc surface or a concave-convex arc surface or one of deformation surfaces of the shapes, and the panel corner and the panel edge of the rigging connector are subjected to arc transition and chamfering treatment.
The utility model provides an installation type rigging connector, which has the following beneficial effects:
(1) The utility model optimizes the plate surface structure of the rigging connector, makes the rigging connecting hole more compact, reduces the size of the rigging connector, shortens the interval of the rigging connection, and improves the adaptability and portability of the rigging connector.
(2) The installation type rigging connector has an installation function, can be installed and fixed with application structures such as pipes, columns, rods and drills and related similar structures, is simple to operate, expands the range of equipment combination application scenes, can use different rigging connectors according to different scenes, promotes the progress of a rope technical system, and greatly improves the working efficiency.
(3) Compared with a planar pipe base connector, the installation type rigging connector has two unique innovative designs: the clamping piece is used for replacing the pipe base, so that the size, the volume and the weight of the installation type rigging connector are greatly reduced, the processing procedure and the processing cost are simplified, the carrying load is reduced, and the portable rigging connector is more portable; secondly, the pipe base and the clamping piece are both canceled, and the rigging connector has a self-installation function by thickening the middle part of the rigging connector and forming a perforation, so that the size, the volume and the weight of the installation type rigging connector are reduced to the greatest extent, the processing and the cost are simplified, and the method has great innovation value.
(4) The installation type rigging connector designed by the utility model is not only used for installation while the rigging connector has installation function, but also can be used as a common rigging connector under the condition of non-installation, namely has two use functions of installation and non-installation.
Drawings
FIG. 1 is a schematic view of one of the side-mounted rigging connectors of the present utility model with circular mounting holes and circular panel;
FIG. 2 is a schematic view of a second embodiment of a side-mounted rigging connector with circular mounting holes and circular panel surfaces;
FIG. 3 is a schematic view of a side-mounted rigging connector with square mounting holes, circular and quadrilateral faces according to the present utility model;
FIG. 4 is a schematic view of one of the side-mounted rigging connectors of the present utility model with circular mounting holes and fan deck;
FIG. 5 is a schematic view of a second embodiment of a side-mounted rigging connector with circular mounting holes and fan-shaped panels according to the present utility model;
FIG. 6 is a schematic view of a side-mounted rigging connector with square mounting holes and fan deck according to the present utility model;
FIG. 7 is a schematic view of the structure of an internally mounted rigging connector with circular mounting holes and fan deck according to the present utility model;
FIG. 8 is a schematic view of the structure of an internally mounted rigging connector with quadrilateral mounting holes and fan-shaped deck according to the present utility model;
FIG. 9 is a schematic view of the structure of the dual fan panel internally mounted rigging connector of the present utility model;
fig. 10 is a schematic structural view of a square mounting hole, double-fan panel internally mounted rigging connector according to the utility model.
In the figure: 1. an internally mounted rigging connector; 2. a side-mounted rigging connector; 101. A rigging panel; 102. a rigging connection hole; 103. a mounting hole; 104. inserting a vertical face; 105. an inner plug hole; 106. A side mounting plate; 107. a side plate insertion hole; 108. and a ring seat.
Detailed Description
The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.
As shown in fig. 1-10, the present utility model provides a technical solution: an installed rigging connector, characterized by: the cable comprises an inner mounting type cable connector 1 and a side mounting type cable connector 2, wherein the mounting type cable connector is a mountable flat plate type cable connector, the inner mounting type cable connector comprises a cable plate 101, a cable connecting hole 102, a mounting hole 103, an inner inserting vertical face 104 and an inner inserting hole 105, the side mounting type cable connector 2 comprises the cable plate 101, the cable connecting hole 102, the mounting hole 103, a side mounting plate 106 and a side plate inserting hole 107, a cable plate main body is of a thin plate structure, a bearing foundation and an application main body of the mounting type cable connector, the cable connecting hole 102 is a through hole, the mounting hole 103 is a functional hole for realizing cable connection, the mounting hole 103 is of a through circular hole or a non-circular special-shaped hole structure, the mounting hole 103 is used for sleeving the cable plate 101 on a pipe, a column, a rod, a structure and the like, and is fixed through the inner inserting hole 105 of the mounting hole 103 or the side plate inserting hole 107 of the side plate of the extending side mounting plate 106, and is used for sleeving the mounting hole 103 on the tubular column-shaped structure; the rigging connecting hole 102 is formed around the mounting hole 103, and three construction modes are arranged at the opening position of the rigging connecting hole 102: firstly, the rigging connecting holes 102 are formed around the mounting holes 103 at the lower part of the mounting holes 103 and are arranged in a single-side single-arc mode, secondly, the rigging connecting holes 102 are formed around the mounting holes 103 at the upper part and the two sides of the lower part of the mounting holes 103 and are arranged in a double-side double-arc mode or in a nearly circular mode, thirdly, the rigging connecting holes 102 are formed around the periphery of the mounting holes 103 and are arranged in a circular mode or in a nearly circular mode; the number of the rigging connecting holes 102 is 1 row, 1 week or 2 rows, 2 weeks or 2 rows, or more than 2 weeks;
the internal installation type rigging connector 1 is of an integrated structure, the upper part or the middle part of the rigging plate surface 101 is transversely thickened, the left side and the right side of the rigging plate surface 101 extend to the outer edge of the rigging plate surface 101, the part is thicker than the positions of the upper rest and the lower rest of the rigging plate surface 101, and two structural modes are adopted for the transverse extension thickening: firstly, symmetrically convex arc-shaped bulges or other modeling bulges on the upper bottom surface and the lower bottom surface of the rigging plate surface at the positions are thickened, and secondly, single-side convex arc-shaped bulges or other modeling bulges on the upper bottom surface or the lower bottom surface of the rigging plate surface at the positions are thickened; the central position of the upper part or the middle bulge part of the rigging plate surface 101 is provided with a mounting hole 103, the thickened vertical surfaces at the left side and the right side of the mounting hole 103 are inner insertion vertical surfaces 104, through the mounting hole 103 and the inner insertion vertical surfaces 104 at the left side and the right side are provided with through inner insertion holes 105, the inner insertion holes 105 are a pair of pairs of opposite through holes which are formed in pairs, and the inner insertion holes 105 penetrate through the whole inner mounting type rigging connector 1 body through the mounting hole 103 and the inner insertion vertical surfaces 104;
the side-mounted type rigging connector 2 is formed by two parts of assemblies of the rigging plate surface 101 and the side mounting plate 106, one side or two sides of the side mounting plate 106 are arranged on the rigging plate surface 101, the rigging plate surface 101 and the side mounting plate 106 are combined in a vertical intersection and oblique intersection structure, the rigging plate surface 101 of the side-mounted type rigging connector 2 is of a flat plate structure, and a mounting hole 103 is arranged at the upper part or the central position of the rigging plate surface 101; along mounting hole 103 border and around mounting hole 103 setting up side mounting panel 106, side mounting panel paired, relative setting and set up a pair of promptly two relatively, side mounting panel 106 set up the position have three kinds of structural style: a pair of side mounting plates 106 are arranged on the left and right sides of the mounting hole 103, a pair of side mounting plates 106 are arranged on the left and right sides and the upper and lower sides of the mounting hole 103, and a plurality of pairs of side mounting plates 106 are arranged around the mounting hole 103; a side plate inserting hole 107 is formed in each pair of two opposite side mounting plates, the side plate inserting holes 107 are through holes, and at least one pair of side plate inserting holes 107 are positioned between two rigging connecting holes 102 on the rigging plate surface 101 at corresponding projection positions on the rigging plate surface 101;
the side-mounting type rigging connector 2 has two modes of an integral structure and a split structure, wherein the integral structure is that a rigging plate surface 101 and a side mounting plate 106 are of an integral structure, the split structure is that the rigging plate surface 101 and the side mounting plate 106 are respectively and independently formed and are integrally mounted through riveting or welding or direct screw thread connection or a screw thread sleeving fastening mounting mode, and the mounting mode of the rigging plate surface 101 and the side mounting plate 106 of the split structure has two modes of permanent mounting and fixing and detachable temporary mounting.
The number of the side mounting plates 106 of the side mounting type rigging connector 2 is 1 pair, 2 pairs or more than 2 pairs, and the overall structure has three structural modes: the first is that the opposite or adjacent side mounting plates 106 are connected by the ring seat 108, the second is that the opposite or adjacent side mounting plates 106 are connected by the ring-free seat, each side mounting plate is an independent side plate, and the third is that when the side mounting plates are 2 pairs or more, each adjacent side mounting plate 106 is directly connected by the ring-free seat transition.
The overall side elevation shape of the side mounting plate 106 of the side mounting type rigging connector 2 is a convex semicircle or quadrangle, and the self structure thereof has two modes: the side mounting plate 106 is of a concave shape and is suitable for sleeving and clamping a circular tube-shaped and cylindrical structural body penetrating through the mounting hole 103, and the side mounting plate 106 is of a straight-wall-shaped and multi-edge straight-wall-shaped inner wrapping structural body and is suitable for sleeving and clamping a special-shaped tubular and special-shaped cylindrical structural body penetrating through the mounting hole 103.
The inner-mounting type rigging connector 1 and the side-mounting type rigging connector 2 are collectively referred to as a mounting type rigging connector, wherein the rigging board surface 101 of the mounting type rigging connector has a main body shape of one of a square board surface, a rectangular board surface, a round board surface, a semicircular board surface, a polygonal board surface, a parallelogram board surface, a diamond board surface, an oval board surface, a fan-shaped board surface, an annular board surface, an inclined board surface, and a deformed board surface with the board surface shape.
The inner installation type rigging connector 1 and the side installation type rigging connector 2 are collectively called an installation type rigging connector, the installation hole 103 of the installation type rigging connector is a permeable circular hole or a non-circular special-shaped hole structure, the circular installation hole is used for being sleeved on a circular tubular and columnar structure, the special-shaped installation hole is used for being sleeved on a special-shaped tubular and columnar structure, wherein the special-shaped installation hole is one of a square hole or a rectangular hole or an elliptical hole or a flat elliptical hole or a semicircular hole or a triangular hole, namely a trilateral hole or a pentagonal hole, namely a hexagonal hole, namely a heptagonal hole, namely an octagonal hole, a nine-angular hole, namely a nine-sided hole, or a ten-sided hole.
The inner installation type rigging connector 1 and the side installation type rigging connector 2 are collectively referred to as installation type rigging connectors, the holes of the rigging connection holes 102 of the installation type rigging connectors are round holes, square holes, rectangular holes, oval holes, straight slot holes, circular arc slot holes, inner polygonal holes, triangular circular arc holes, trapezoid holes, deformed holes of the holes or irregular and nonstandard holes made according to the shape of the regional plate surface, and the connection holes of the rigging connectors are chamfered.
The inner installation type rigging connector 1 and the side installation type rigging connector 2 are collectively called as installation type rigging connectors, the outer edge of a rigging board surface 101 of the installation type rigging connector, namely, the structural shape of an outer vertical surface and an outer prismatic surface is one of a long straight surface, a multi-edge straight surface, a circumferential arc surface, a concave-convex arc surface and a deformation surface of the shape, and the board surface corner and the board surface edge of the rigging connector are subjected to arc transition and chamfering treatment.
As shown in fig. 1-2, the side-mounted rigging connector 2 comprises a rigging plate surface 101, a rigging connecting hole 102, a mounting hole 103, a side mounting plate 106, a side plate inserting hole 107 and a ring seat 108, wherein the rigging plate surface 101 is provided with the rigging connecting hole 102 and the mounting hole 103, the rigging connecting hole 102 is positioned at the outer side of the mounting hole 103, the rigging connecting hole 102 is arranged around the mounting hole 103, a circle of rigging connecting holes 102 is provided, the side mounting plate 106 is positioned at the outer edge of the mounting hole 103 and vertically intersected, the side mounting plate 106 is arranged around the mounting hole 103, the side mounting plate 106 is provided with the side plate mounting hole 107, the rigging plate surface 101 is a circular or circular ring-shaped plate surface, the rigging connecting hole 102 is a circular hole or an elliptical straight slot hole, the mounting hole 103 is a circular hole, the side mounting plate 106 is 1 pair or 2 pairs, the opposite or adjacent side mounting plates 106 are connected by the ring seat 107, and the body of the side mounting plate 106 is an upward convex circular arc-shaped and concave ring wall curved surface, and is suitable for the mounting hole 103 to be sleeved and fixed on a circular tubular or cylindrical structure; the outer edge of the rigging plate 101, namely the outer vertical surface and the outer prismatic surface, is in the shape of a circumferential arc surface, a concave-convex arc surface or a polygonal straight prismatic surface, the plate surface corner and the plate surface edge of the rigging connector are subjected to arc transition, and the edge and the corner of the rigging plate 101 are subjected to chamfering treatment with the rigging connecting hole 102 and the mounting hole 103.
As shown in fig. 3, the side-mounted type rigging connector 2 comprises a rigging plate surface 101, a rigging connecting hole 102, a mounting hole 103, a side mounting plate 106, a side plate inserting hole 107 and a ring seat 108, wherein the rigging plate surface 101 is provided with the rigging connecting hole 102 and the mounting hole 103, the rigging connecting hole 102 is positioned at the outer side of the mounting hole 103, the rigging connecting hole 102 is arranged around the mounting hole 103, a circle of rigging connecting holes 102 is provided, the side mounting plate 106 is positioned at the outer edge of the mounting hole 103 and vertically intersected, the side mounting plate 106 is arranged around the mounting hole 103, the side mounting plate 106 is provided with the side plate mounting hole 107, the rigging plate surface 101 is a round plate surface or a quadrilateral plate surface, the rigging connecting hole 102 is a round hole or an elliptical straight slot hole, the mounting holes 103 are quadrilateral holes with special-shaped holes, the side mounting plates 106 are 1 or 2 pairs, annular seats 108 are connected or annular seat is connected between the opposite or adjacent side mounting plates 106, the side mounting plates 106 are straight-walled, the side mounting plates 106 are in an upper convex arc shape, a quadrilateral shape or other shapes, the outer edges of the rigging plate 101 are outer vertical surfaces, the structural shapes of the outer edge surfaces are circumferential arc surfaces or concave-convex arc surfaces or polygonal straight edge surfaces or quadrilateral straight edge surfaces, the plate surface corners and the plate surface edges of the rigging connector are subjected to arc transition, and the edges, the corners and the rigging connecting holes 102 of the rigging plate 101 and the mounting holes 103 are subjected to chamfering treatment.
As shown in fig. 4 to 6, the side-mounted rigging connector 2 comprises a rigging plate 101, a rigging connecting hole 102, a mounting hole 103, a side mounting plate 106, a side plate inserting hole 107 and a ring seat 108, wherein the rigging plate 101 is provided with the rigging connecting hole 102 and the mounting hole 103, the rigging connecting hole 102 is positioned at the lower part of the mounting hole 103 and is in a fan-shaped arrangement around the mounting hole 103, a pair of side mounting plates 106 are positioned at the left and right outer edges of the mounting hole 103 and vertically intersected, the side mounting plate 106 is provided with the side plate mounting hole 107, wherein the rigging plate 101 is a fan-shaped plate or an approximate fan-shaped plate, the rigging connecting hole 102 is a circular hole, the mounting hole 103 is a circular hole or a quadrilateral hole of a special-shaped hole, the side mounting plate 106 is 1 pair, the two opposite side mounting plates 106 are connected by the ring seat 108, the side mounting plate 106 is in a circular-shaped, the side mounting plate 106 of the circular mounting hole 103 is in an upward convex circular arc shape, the concave ring wall curved surface is formed around the mounting hole 103, the side mounting plate 106 of the special-shaped hole 103 is in a straight wall shape, the outline of the side mounting plate 106 is in an upper convex shape, the outline of the rigging plate or the edge or the circular edge or the corner is a rounded edge of the rigging plate 101, the peripheral edge or the peripheral edge of the rigging plate is in a transition corner or the peripheral edge of the rigging plate is a circular arc or the circular arc surface or the peripheral surface, and the peripheral edge of the peripheral surface is a curve is connected; the number of the rigging connection holes 102 of the rigging plate surface 101 is 3 holes, 4 holes, 5 holes, 6 holes or more than 6 holes.
As shown in fig. 7-8, the internal installation type rigging connector 1 comprises a rigging board 101, a rigging connection hole 102, an installation hole 103, an internal connection elevation 104 and an internal connection hole 105, wherein the rigging board 101 is provided with the rigging connection hole 102 and the installation hole 103, the rigging connection hole 102 is positioned at the lower part of the installation hole 103 and is arranged in a fan shape around the installation hole 103, the rigging connection holes 102 are arranged in a row, the internal connection elevation 104 is positioned at the left side and the right side of the installation hole 103, the internal connection elevation 104 is provided with the internal connection hole 105, the rigging board 101 is a fan-shaped board or an approximate fan-shaped board, the rigging connection hole 102 is a circular hole, the installation hole 103 is a circular hole or a quadrilateral hole of a special hole, the external edge of the rigging board 101 is a circular arc surface or a concave-convex arc surface or a polygonal straight edge surface, the board corner and the board surface of the rigging connector is in arc transition, the board edge and the board surface of the rigging board 101 edge, the corner and the rigging connection hole 102 are subjected to chamfering treatment; the number of the rigging connecting holes 102 of the rigging plate surface connection 101 is 3 holes, 4 holes, 5 holes or even more than 5 holes.
As shown in fig. 9-10, the internal installation type rigging connector 1 comprises a rigging plate surface 101, a rigging connection hole 102, an installation hole 103, an internal insertion elevation 104 and an internal insertion hole 105, wherein the rigging plate surface 101 is provided with the rigging connection hole 102 and the installation hole 103, the rigging connection hole 102 is positioned at the upper side and the lower side of the installation hole 103 and is arranged in an upper double-sector shape and a lower double-sector shape around the installation hole 103, the upper and the lower rigging connection holes 102 are arranged in a row, the internal insertion elevation 104 is positioned at the left side and the right side of the installation hole 103, the internal insertion elevation 104 is provided with the internal insertion hole 105, the rigging plate surface 101 is an integrated double-sector plate surface or an approximate double-sector plate surface, the rigging connection hole 102 is a circular hole, the installation hole 103 is a quadrangular hole, the outer edge of the rigging plate surface 101, namely the outer elevation, the outer edge of the rigging plate surface is a circular arc surface or an uneven arc surface or a polygonal straight surface, the plate surface is in arc transition at the plate surface corner and plate surface edge, the rigging plate surface 101 edge, the corner and the rigging plate surface 102 and the installation hole 103 are subjected to chamfering treatment; the number of the rigging connection holes 102 of the rigging panel connection 101 is 2×3 holes, 2×4 holes, 2×5 holes or even more than 2×5 holes.
It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present utility model have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the utility model, the scope of which is defined in the appended claims and their equivalents.
Claims (7)
1. An installed rigging connector, characterized by: the cable comprises an inner mounting type cable connector (1) and a side mounting type cable connector (2), wherein the mounting type cable connector is a mountable flat plate type cable connector, the inner mounting type cable connector comprises a cable plate surface (101), a cable connecting hole (102), a mounting hole (103), an inner inserting vertical surface (104) and an inner inserting hole (105), the side mounting type cable connector (2) comprises a cable plate surface (101), a cable connecting hole (102), a mounting hole (103), a side mounting plate (106) and a side plate inserting hole (107), the cable plate surface main body is of a thin plate structure, is a bearing foundation and an application main body of the mounting type cable connector, the cable connecting hole (102) is a permeable opening, is a functional opening for realizing cable connection of the mounting type cable connector, the mounting hole (103) is of a permeable circular hole or non-circular special-shaped hole structure, the mounting hole (103) is used for sleeving the cable plate surface (101) on a pipe, a column, a rod, a drill rod, a special-shaped structure and the like structure, and the like, and the mounting plate surface (103) is used for sleeving the mounting hole (106) on the tubular circular or the tubular mounting plate (106) through the mounting hole (105) or the tubular mounting plate (107); the rigging connecting hole (102) is formed around the mounting hole (103), and three construction modes are arranged at the opening position of the rigging connecting hole (102): firstly, the rigging connecting holes (102) are formed in the lower portion of the mounting hole (103) around the mounting hole (103) in a single-side single-arc arrangement mode, secondly, the rigging connecting holes (102) are formed in the upper portion and the two sides of the lower portion of the mounting hole (103) around the mounting hole (103) in a double-side double-arc or nearly circular arrangement mode, thirdly, the rigging connecting holes (102) are formed in a round or nearly round arrangement mode around the mounting hole (103); the rigging connecting holes (102) are 1 row, 1 week or 2 rows, 2 weeks or 2 rows and more than 2 weeks;
the structure of interior installation formula rigging connector (1) is integrated into one piece structure, and the upper portion or the middle part position face of rigging face (101) transversely thickens and extends to the outward flange of rigging face (101) left and right both sides, and this position is thicker than upper and lower other rigging face (101) positions, and its transversely extends the thickening and has two kinds of constitution modes: firstly, symmetrically convex arc-shaped bulges or other modeling bulges on the upper bottom surface and the lower bottom surface of the rigging plate surface at the positions are thickened, and secondly, single-side convex arc-shaped bulges or other modeling bulges on the upper bottom surface or the lower bottom surface of the rigging plate surface at the positions are thickened; the central position of the bulge part at the upper part or the middle part of the rigging plate surface (101) is provided with a mounting hole (103), the thickened vertical surfaces at the left side and the right side of the mounting hole (103) are inner insertion vertical surfaces (104), through-holes (105) are formed in the mounting hole (103) and the inner insertion vertical surfaces (104) at the left side and the right side, the inner insertion holes (105) are a pair of paired opposite through holes, and the inner insertion holes (105) penetrate through the whole inner mounting type rigging connector (1) body through the mounting hole (103) and the inner insertion vertical surfaces (104);
the side-mounted type rigging connector (2) is composed of two parts of components of a rigging plate surface (101) and a side mounting plate (106), one side or two sides of the side mounting plate (106) are arranged on the rigging plate surface (101), the rigging plate surface (101) and the side mounting plate (106) are in a combination mode of two structures of perpendicular intersection and oblique intersection, the rigging plate surface (101) of the side-mounted type rigging connector (2) is of a flat plate structure, and a mounting hole (103) is arranged at the upper part or the central position of the rigging plate surface (101); along mounting hole (103) border and around mounting hole (103) setting up side mounting panel (106), side mounting panel paired, relative setting and set up a pair of promptly two relatively, the position that side mounting panel (106) set up has three kinds of structural style: a pair of side mounting plates (106) are arranged on the left and right sides of the mounting hole (103), a pair of side mounting plates (106) are arranged on the left and right sides and the upper and lower sides of the mounting hole (103), and a plurality of pairs of side mounting plates (106) are arranged around the mounting hole (103); a side plate inserting hole (107) is formed in each pair of two opposite side mounting plates, the side plate inserting holes (107) are through holes, and at least one pair of side plate inserting holes (107) are positioned between two rigging connecting holes (102) on the rigging plate surface (101) at corresponding projection positions on the rigging plate surface (101);
the side-mounted type rigging connector (2) is structurally characterized in that the two modes of an integral structure and a split structure are provided, wherein the integral structure is formed by integrally forming a rigging plate surface (101) and a side mounting plate (106), the split structure is formed by independently forming the rigging plate surface (101) and the side mounting plate (106), and the rigging plate surface (101) and the side mounting plate (106) are integrally mounted in a manner of riveting or welding or direct screw thread connection or screw thread fastening, and the mounting mode of the split structure is provided with a permanent mounting and fixing mode and a detachable temporary mounting mode.
2. A mounted rigging connector according to claim 1, wherein: the number of the side mounting plates (106) of the side mounting type rigging connector (2) is 1 pair, 2 pairs or more than 2 pairs, and the overall structure of the side mounting type rigging connector has three structural modes: the two opposite or adjacent side mounting plates (106) are connected by a ring seat (108), the two opposite or adjacent side mounting plates (106) are connected by a ring seat, each side mounting plate (106) is an independent side plate, and when the number of the side mounting plates is 2 or more than 2, the two adjacent side mounting plates (106) are directly connected by a ring seat.
3. A mounted rigging connector according to claim 1, wherein: the overall side elevation shape of the side mounting plate (106) of the side mounting type rigging connector (2) is in a convex semicircular shape or a quadrilateral shape, and the self structure of the side mounting type rigging connector has two modes: the side mounting plates (106) are concave inwards and are suitable for sleeving and clamping round tubular and cylindrical structures penetrating through the mounting holes (103), and the side mounting plates (106) are straight-wall and multi-edge straight-wall inner-wrapping structures and are suitable for sleeving and clamping special-shaped tubular and special-shaped cylindrical structures penetrating through the mounting holes (103).
4. A mounted rigging connector according to claim 1, wherein: the inner installation type rigging connector (1) and the side installation type rigging connector (2) are collectively called as installation type rigging connector, wherein the rigging plate surface (101) of the installation type rigging connector has a main body shape of one of a square plate surface, a rectangular plate surface, a round plate surface, a semicircular plate surface, a polygonal plate surface, a parallelogram plate surface, a diamond plate surface, an oval plate surface, a fan plate surface, an annular plate surface, an inclined plate surface and a deformed plate surface in the shape of the plate surface.
5. A mounted rigging connector according to claim 1, wherein: the inner installation type rigging connector (1) and the side installation type rigging connector (2) are collectively called an installation type rigging connector, an installation hole (103) of the installation type rigging connector is of a permeable circular hole or a noncircular special-shaped hole structure, the circular installation hole is used for being sleeved on a circular tubular and columnar structure, the special-shaped installation hole is used for being sleeved on the special-shaped tubular and columnar structure, wherein the special-shaped installation hole is one of a square hole or a rectangular hole or an elliptical hole or a flat elliptical hole or a semicircular hole or a triangular hole or a pentagonal hole or a hexagonal hole or a heptagonal hole or an octagonal hole or a nine-sided hole or a decagonal hole.
6. A mounted rigging connector according to claim 1, wherein: the inner installation type rigging connector (1) and the side installation type rigging connector (2) are collectively called an installation type rigging connector, the holes of the rigging connection holes (102) of the installation type rigging connector are round holes or square holes or rectangular holes or elliptical holes or straight slot holes or arc slot holes or inner polygonal holes or triangular arc holes or trapezoid holes or deformation holes of the holes or irregular and nonstandard holes made according to the shape of the regional plate surface, and the connection holes of the rigging connector are subjected to chamfering treatment.
7. A mounted rigging connector according to claim 2, wherein: the inner installation type rigging connector (1) and the side installation type rigging connector (2) are collectively called as installation type rigging connectors, the outer edge of a rigging plate surface (101) of the installation type rigging connector, namely, the outer vertical surface and the outer edge surface, are long straight surfaces, or multi-edge straight surfaces, or circumferential arc surfaces, or concave-convex arc surfaces, or one of deformation surfaces of the shapes, and the plate surface corner and the plate surface edge of the rigging connector are subjected to arc transition and chamfering.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202320391832.5U CN219452775U (en) | 2023-03-06 | 2023-03-06 | Installation type rigging connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202320391832.5U CN219452775U (en) | 2023-03-06 | 2023-03-06 | Installation type rigging connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN219452775U true CN219452775U (en) | 2023-08-01 |
Family
ID=87386433
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202320391832.5U Active CN219452775U (en) | 2023-03-06 | 2023-03-06 | Installation type rigging connector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN219452775U (en) |
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2023
- 2023-03-06 CN CN202320391832.5U patent/CN219452775U/en active Active
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