CN220151802U - Pipe base connector - Google Patents

Abstract

The utility model relates to the technical field of ropes and discloses a pipe base connector which comprises a vertical-face pipe base connector, a planar pipe base connector and a comprehensive pipe base connector, wherein the pipe base connector is an installable three-dimensional rigging connector and comprises a pipe base, a connecting plate surface, a connecting hole and a pipe base inserting hole, the pipe base is of a hollow tubular or similar tubular structure, the connecting plate surface and the pipe base are intersected and fixed into a whole, and the pipe base is used for sleeving the connecting plate surface on a pipe, a column, a rod, a drill rod and other structural bodies and installing and fixing the connecting plate surface; the pipe-based connector has the mounting function, can be mounted and fixed with application structures such as pipes, columns, rods, drills and the like and related similar structures, is simple to operate, expands the application scene and range of equipment combination, can use different pipe-based connectors according to different scenes, promotes the progress of a rope technical system, and greatly improves the working efficiency.

Description

Pipe base connector

Technical Field

The utility model relates to the technical field of ropes, in particular to a pipe base 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:

(1) The planar component force plate has been used for many years, has single usage, can only be used for the connection and the stress and the component force of the same plane of the rigging connector, and cannot be used for the upward, downward, forward, backward, leftward and rightward of the three-dimensional direction and the change stress and the component force of a certain three-dimensional angle range of a certain direction;

(2) In some specific cases, the device cannot adapt to the changing stress and component force of the three-dimensional direction, and if the device is used for multidirectional three-dimensional stress and component force, the component force plate is easy to be subjected to torsion, so that the use safety is affected, and even a cable connector is damaged;

(3) The cable connector does not have an installation function, cannot be installed and fixed with a pipe, a column, a rod, a drill rod application structure body and related similar structure bodies, is limited in equipment combination application and scene application, and therefore, an installable three-dimensional cable connector, namely a pipe base connector and a construction method thereof are designed.

Disclosure of Invention

The utility model provides a pipe-based connector which solves the problems in the background art.

In order to achieve the above purpose, the present utility model provides the following technical solutions: the utility model provides a pipe base connector, includes facade type pipe base connector, plane type pipe base connector, synthesizes pipe base connector, pipe base connector is a mountable, three-dimensional rigging connector, including pipe base, connection face, connecting hole, pipe base spliced eye, the pipe base is hollow tubulose or like tubular structure, the connection face with the pipe base is crossing fixed as an organic wholely, the pipe base is used for with the connection face cup joints on pipe, post, pole, borer structure body and installs fixedly, facade type pipe base connector with synthesize pipe base connector construction mode is integrated into one piece structure, plane type pipe base connector's construction mode divide into integral type structure and split type structure two kinds, wherein, integral type structure has two modes: the pipe base and the connecting plate surface are of an integrated structure, the pipe base and the connecting plate surface are of a split structure and are formed by welding or screw thread installation or riveting installation or clamping installation combination, and the split structure is that the pipe base and the connecting plate surface are independent components and are formed into a planar rigging connector and one section or two sections of sleeves;

the pipe base is provided with holes, and the holes are formed in three modes: firstly, only a pipe base plug hole is formed, secondly, a pipe base plug hole and a pipe base connecting hole are formed at the same time, thirdly, only a pipe base connecting hole is formed, and the pipe base connecting hole is also used as a pipe base plug hole;

the connecting plate surface comprises one or two of a longitudinal elevation plate surface and a transverse plane plate surface, wherein the longitudinal elevation plate surface is based on the pipe base, a thin plate structure which diverges and extends from the outer wall of the pipe base to different space directions is arranged in the longitudinal elevation plate surface, a longitudinal elevation plate surface connecting hole is formed in the longitudinal elevation plate surface, the transverse plane plate surface is based on the pipe base, is transverse to the pipe base and has two structural modes of vertical intersection and non-vertical intersection, the position of the transverse plane plate surface on the pipe base is one or two or more of the upper bottom surface of the pipe base, the lower bottom surface of the pipe base, the middle part of the pipe base and the position between the upper bottom surface and the lower bottom surface of the pipe base, and a transverse plane plate surface connecting hole is formed in the transverse plane plate surface;

the connecting hole is a penetrable hole for hooking connection, and three construction modes are adopted for the connecting hole: the pipe base is a mounting component of the pipe base connector and a bearing component of the longitudinal elevation plate surface and the transverse plane plate surface.

Preferably, the vertical-surface pipe-based connector, the planar-type pipe-based connector and the comprehensive-type pipe-based connector are collectively called a pipe-based connector, wherein all connecting plate surfaces of the vertical-surface pipe-based connector are longitudinal vertical-surface plate surfaces, and the vertical-surface pipe-based connector comprises a pipe base, a longitudinal vertical-surface plate surface connecting hole and a pipe-base plugging hole; the planar pipe-based connector is characterized in that all connecting plate surfaces are transverse plane plate surfaces, and three construction modes are formed: the pipe base comprises a pipe base body, a transverse plane plate surface connecting hole and a pipe base inserting hole, the pipe base comprises a pipe base body, a transverse plane plate surface connecting hole, a pipe base inserting hole and a pipe base connecting hole, and the pipe base comprises a pipe base body, a transverse plane plate surface connecting hole and a pipe base connecting hole; the comprehensive pipe-based connector is characterized in that the connecting plate surface consists of a longitudinal vertical plate surface and a transverse plane plate surface in a combined mode, and three structural modes are formed: the pipe comprises a pipe base, a longitudinal elevation plate surface connecting hole, a transverse plane plate surface connecting hole and a pipe base splicing hole; the second pipe comprises a pipe base, a longitudinal elevation plate surface connecting hole, a transverse plane plate surface connecting hole, a pipe base inserting hole and a pipe base connecting hole; and thirdly, the pipe comprises a pipe base, a longitudinal elevation plate surface connecting hole, a transverse plane plate surface connecting hole and a pipe base connecting hole.

Preferably, the cross section of the tube base has two shapes, namely a circular tube and a special tube, wherein the special tube is one of a square tube, a rectangular tube, an elliptic tube, a flat elliptic tube, a semicircular tube, a triangular tube, namely a trilateral tube, a pentagonal tube, a hexagonal tube, a heptagonal tube, an octagonal tube, a nonagonal tube, a decagonal tube.

Preferably, the connection board of the pipe-based connector comprises a longitudinal elevation board and a transverse plane board, and the shape of the connection board is one of a square board, a rectangular board, a round board, a semicircular board, a polygonal board, a parallelogram board, an oval board, a sector board, an annular board, an inclined plane board, a curved plane board and a deformed board with the shape of the board.

Preferably, the structure shape of the outer edges of the longitudinal elevation surface and the transverse plane surface of the pipe-based connector, namely the outer elevation surface and the outer edge surface, is a long straight surface or a multi-edge straight surface or a circumferential arc surface or a concave-convex arc surface or one of the deformed surfaces of the shapes, and the surface corners and the surface edges of the pipe-based connector are subjected to arc transition and chamfering.

Preferably, the hole shape of the connecting hole of the pipe-based connector is a circular hole or a square hole or a rectangular hole or an oval hole or a straight groove hole or an arc groove hole or an inner polygonal hole or a triangular arc hole or a trapezoid hole or a deformation hole of the hole shape or an irregular and nonstandard hole made according to the shape of the regional plate surface, and the connecting hole of the pipe-based connector is chamfered.

The utility model provides a pipe-based connector, which has the following beneficial effects:

(1) The utility model takes the pipe base as the mounting and bearing basis, constructs a multi-face and multi-directional three-dimensional connecting structure on the basis of the pipe base, develops the plane type rigging force-dividing device into the pipe base connector, and avoids the problem that the traditional plane type force-dividing plate can only be connected by transverse stress on the same plane.

(3) The pipe-based connector and the construction method thereof can realize multi-directional and multi-angle three-dimensional stress at the same time, uniformly disperse stress, prolong the service life of the device and avoid damage to products caused by uneven stress.

(3) The pipe-based connector has the mounting function, can be mounted and fixed with pipe, column, rod, drill rod application structural bodies and related similar structural bodies, is simple to operate, expands the range of equipment combination application scenes, can use different pipe-based connectors according to different scenes, promotes the progress of a rope technical system, and greatly improves the working efficiency.

Drawings

FIG. 1 is a schematic view of an upright type circular tube base connector according to the present utility model;

FIG. 2 is a schematic view of a two-way vertical type circular tube base connector according to the present utility model;

FIG. 3 is a schematic view of a three-way vertical-face type circular tube base connector according to the present utility model;

FIG. 4 is a schematic structural view of a four-way vertical-face type circular tube base connector according to the present utility model;

FIG. 5 is a schematic structural view of a five-way vertical-face type circular tube base connector according to the present utility model;

FIG. 6 is a schematic structural view of a six-way vertical-face type circular tube base connector according to the present utility model;

FIG. 7 is a schematic view of one of the three-way vertical triangular tube base connectors of the present utility model;

FIG. 8 is a schematic view of a second embodiment of a three-way vertical triangular tube base connector according to the present utility model;

FIG. 9 is a schematic view of one of the four-way fagade square tube base connectors of the present utility model;

FIG. 10 is a schematic view of a second embodiment of a four-way vertical square tube base connector according to the present utility model;

FIG. 11 is a schematic view of one of the six-sided hexagonal pipe-based connectors of the present utility model;

FIG. 12 is a schematic view of a second embodiment of a six-sided hexagonal pipe-based connector according to the present utility model;

FIG. 13 is a schematic view of one of the fan-shaped planar tubular base connectors of the present utility model;

FIG. 14 is a schematic view of a second embodiment of a fan-shaped planar tubular base connector according to the present utility model;

FIG. 15 is a schematic view of one of the circular planar tubular base connectors of the present utility model;

FIG. 16 is a schematic view of a second embodiment of a circular planar tubular base connector according to the present utility model;

FIG. 17 is a schematic view of a third embodiment of a circular planar tubular base connector according to the present utility model;

FIG. 18 is a schematic view of a fourth embodiment of a circular planar tubular base connector according to the present utility model;

FIG. 19 is a schematic view of a fifth embodiment of a circular planar tubular base connector according to the present utility model;

FIG. 20 is a schematic view of a sixth embodiment of a circular planar tubular base connector according to the present utility model;

FIG. 21 is a schematic view of a seventh configuration of the round planar tubular base connector of the present utility model;

FIG. 22 is a schematic view of an eighth construction of the round planar tubular base connector of the present utility model;

FIG. 23 is a schematic view of a quadrangular planar quadrangular tube-based connector according to the present utility model;

FIG. 24 is a schematic view of one of the circular planar quadrilateral tube base connectors of the present utility model;

FIG. 25 is a schematic view of a second embodiment of a tubular base connector for circular planar quadrilateral tubes according to the present utility model;

FIG. 26 is a schematic structural view of the integrated round tube base connector of the present utility model;

fig. 27 is a schematic structural view of the integrated quadrangular tube-based connector of the present utility model.

In the figure: 1. a vertical tube-based connector; 2. a planar tube-based connector; 3. a composite tube-based connector; 101. a tube base; 102. a longitudinal elevation panel surface; 103. a longitudinal elevation plate surface connecting hole; 104. a pipe base plug hole; 105. a transverse planar plate surface; 106. a transverse plane plate surface connecting hole; 107. and a pipe base connecting hole.

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. 1-27, the present utility model provides a technical solution: the utility model provides a pipe base connector, including facade type pipe base connector 1, plane type pipe base connector 2, synthesize pipe base connector 3, pipe base connector is a mountable, three-dimensional rigging connector, including pipe base 101, the connection face, the connecting hole, pipe base spliced eye 104, pipe base 101 is hollow tubulose or like tubular structure, connect the crossing fixed as an organic whole of face and pipe base 101, pipe base 101 is used for cup jointing the connection face on the pipe, post, pole, borer structure body and installation are fixed, facade type pipe base connector 1 and synthesize pipe base connector 3 constitution mode and be integrated into one piece structure, plane type pipe base connector 2 constitution mode falls into integral type structure and split type structure two kinds, wherein, the integral type is constructed there is two modes: the pipe base 101 and the connecting plate surface are of an integrated structure, the pipe base 101 and the connecting plate surface are of a split structure, and are formed by welding or screw thread installation or riveting installation or clamping installation combination, and the split structure is that the pipe base 101 and the connecting plate surface are independent components, and the split structure comprises a planar rigging connector and one section or two sections of sleeves;

the pipe base 101 is a bearing component of a mounting component of the pipe base connector, a longitudinal elevation surface 102 and a transverse plane surface 105, and the pipe base 101 is provided with holes in three modes: firstly, only the pipe base plug hole 104 is formed, secondly, the pipe base plug hole 104 and the pipe base connecting hole 107 are formed at the same time, thirdly, only the pipe base connecting hole 107 is formed, and the pipe base connecting hole 107 is also used as the pipe base plug hole 104;

the connecting plate surface comprises one or two of a longitudinal vertical plate surface 102 and a transverse plane plate surface 105, wherein the longitudinal vertical plate surface 102 is of a thin plate structure which is based on a pipe base 101 and diverges and extends from the outer wall of the pipe base 101 to different space directions, a longitudinal vertical plate surface connecting hole 103 is formed in the longitudinal vertical plate surface 102, the transverse plane plate surface 105 is based on the pipe base 101, and is transversely intersected with the pipe base and is in a vertical intersecting and non-vertical intersecting two construction modes, the position of the transverse plane plate surface 105 on the pipe base is one or two or more of the upper bottom surface of the pipe base, the lower bottom surface of the pipe base, the middle part of the pipe base and other positions of the pipe base, and a transverse plane plate surface connecting hole 106 is formed in the transverse plane plate surface 105;

the connecting hole is a penetrability hole for hooking connection, and three construction modes are adopted for the connecting hole: the first is a longitudinal elevation plate surface connecting hole 103 formed in the longitudinal elevation plate surface 102, the second is a transverse plane plate surface connecting hole 106 formed in the transverse plane plate surface 105, the third is a pipe base connecting hole 107 formed in a pipe base, and the pipe base 101 is a mounting assembly of the pipe base connector and a bearing assembly of the longitudinal elevation plate surface 102 and the transverse plane plate surface 105.

Further, the vertical-face type pipe base connector 1, the planar type pipe base connector 2 and the comprehensive pipe base connector 3 are collectively called as pipe base connectors, wherein all connecting plate faces of the vertical-face type pipe base connector 1 are longitudinal vertical-face plate faces 102, and the vertical-face type pipe base connector comprises a pipe base 101, a longitudinal vertical-face plate face 102, a longitudinal vertical-face plate face connecting hole 103 and a pipe base plugging hole 104; the planar pipe-based connector 2 has three structural modes including that all connecting boards are transverse planar boards: the pipe base comprises a pipe base 101, a transverse plane plate surface 105, a transverse plane plate surface connecting hole 106 and a pipe base inserting hole 104, the pipe base comprises a pipe base 101, a transverse plane plate surface 105, a transverse plane plate surface connecting hole 106, a pipe base inserting hole 104 and a pipe base connecting hole 107, and the pipe base comprises a pipe base 101, a transverse plane plate surface 105, a transverse plane plate surface connecting hole 106 and a pipe base connecting hole 107; the integrated pipe-based connector 3 comprises a connecting plate surface consisting of a longitudinal vertical plate surface 103 and a transverse plane plate surface 105, and three structural modes are formed: the pipe comprises a pipe base 101, a longitudinal elevation plate surface 102, a longitudinal elevation plate surface connecting hole 103, a transverse plane plate surface 105, a transverse plane plate surface connecting hole 106 and a pipe base plug hole 104; the second comprises a pipe base 101, a longitudinal elevation plate surface 102, a longitudinal elevation plate surface connecting hole 103, a transverse plane plate surface 105, a transverse plane plate surface connecting hole 106, a pipe base inserting hole 104 and a pipe base connecting hole 107; and thirdly, the pipe base 101, the longitudinal elevation plate surface 102, the longitudinal elevation plate surface connecting hole 103, the transverse plane plate surface 105, the transverse plane plate surface connecting hole 106 and the pipe base connecting hole 107 are included.

Further, the cross section of the tube base 101 has two shapes, namely a circular tube and a special tube, wherein the special tube is one of a square tube, a rectangular tube, an elliptic tube, a flat elliptic tube, a semicircular tube, a triangular tube, namely a trilateral tube, a pentagonal tube, a hexagonal tube, a heptagonal tube, an octagonal tube, a nine-angle tube, a decagonal tube, or other special tubes.

Further, the connection board of the pipe-based connector comprises a longitudinal vertical board 103 and a transverse plane 105, and the shape of the connection board is one of a square board, a rectangular board, a round board, a semicircular board, a polygonal board, a parallelogram board, an oval board, a sector board, an annular board, an inclined board, a curved board and a deformed board with the shape of the board.

Further, the outer edges, i.e. the outer vertical surfaces and the outer edge surfaces, of the longitudinal vertical surface plate 102 and the transverse plane plate 105 of the pipe-based connector are long straight surfaces, or multi-edge straight surfaces, or circumferential arc surfaces, concave-convex arc surfaces, or other shape surfaces, or one of the deformation surfaces of the shapes, and the plate corners and the plate edges of the pipe-based connector are subjected to arc transition and chamfering.

Further, the holes of the connecting holes of the pipe-based connector are round holes or square holes or rectangular holes or elliptic holes or straight slot holes or arc slot holes or inner polygonal holes or triangular arc holes or trapezoid holes or deformed holes of the holes or other irregular and nonstandard holes made according to the shape of the plate surface of the area, and the connecting holes of the pipe-based connector are chamfered.

As shown in fig. 1-6, a vertical-face type circular tube base connector 1 comprises a tube base 101, longitudinal vertical face plates 102, longitudinal vertical face plate connecting holes 103 and tube base plug holes 104, wherein the tube base 101 is a circular tube base, the longitudinal vertical face plates 102 are rectangular plate surfaces, the longitudinal vertical face plate connecting holes 103 are circular hole holes, each longitudinal vertical face plate 102 is provided with a longitudinal vertical face plate connecting hole 103, edges, corner chamfers or circular arc transition of the connecting plate surfaces are formed, and the connecting holes are chamfered; fig. 1, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6 are respectively 1-way, 2-way, 3-way, 4-way, 5-way, 6-way vertical type circular tube base connectors, and respectively have 1, 2, 3, 4, 5, 6 longitudinal vertical panel surfaces 102, and the number of the longitudinal vertical panel surface connecting holes 103 formed in each longitudinal vertical panel surface 102 is respectively 1 hole, 2 holes, 3 holes, 4 holes or even more than 4 holes.

As shown in fig. 7-12, the vertical-type special-shaped pipe base connector structurally comprises a pipe base 101, a longitudinal vertical surface 102, a longitudinal vertical surface connecting hole 103 and a pipe base plugging hole 104, wherein the pipe base is a special-shaped pipe base, the longitudinal vertical surface 102 is a rectangular plate surface, fig. 7 and 8 are triangular pipe bases, three longitudinal vertical surface 102 are respectively arranged, the vertical surface is a three-dimensional vertical triangular pipe base connector, fig. 9 and 10 are square pipe or quadrangular pipe bases, four longitudinal vertical surface 102 are respectively arranged, the vertical surface is a four-dimensional vertical square pipe or quadrangular pipe base connector, fig. 11 and 12 are hexagonal pipe bases, 6 longitudinal vertical surface 102 are respectively arranged, and the longitudinal vertical surface 102 of fig. 8, 10 and 12 are respectively arranged at the middle positions of pipe vertical surfaces of the special-shaped pipe bases, and the longitudinal vertical surface 102 of fig. 7, 9 and 11 are respectively arranged at the corners of the pipe vertical surfaces of the special-shaped pipe bases; the vertical elevation surface connecting holes 103 are circular holes, the vertical elevation surface connecting holes 103 are in a longitudinal row, and the number of the vertical elevation surface connecting holes formed in the vertical elevation surface is 1 hole, 2 holes, 3 holes, 4 holes or even more than 4 holes.

As shown in fig. 13-14, the one-layer fan-shaped planar circular tube base connector comprises a tube base 101, a transverse plane plate 105, a transverse plane plate connecting hole 106 and a tube base plug hole 104, wherein the tube base 101 is a circular tube base, the transverse plane plate 105 is a fan-shaped plane plate, the transverse plane plate 105 is positioned on the lower surface of the tube base, the transverse plane plate connecting hole 106 is a circular hole, the transverse plane plate connecting holes are arranged in a fan shape around the tube base, the outer edge of the transverse plane plate 105 is provided with three structural modes of an arc edge, a shallow concave-convex arc edge and a polygonal straight line edge, and the number of the transverse plane plate connecting holes is 3 holes, 4 holes, 5 holes, 6 holes or even more than 6 holes.

As shown in fig. 15-16, the circular planar circular tube base connector comprises a tube base 101, a transverse plane plate 105, a transverse plane plate connecting hole 106 and a tube base plugging hole 104, wherein the tube base is a circular tube base, the transverse plane plate is a circular plate, the transverse plane plate 105 is positioned on the lower top surface or the upper top surface of the tube base 101, the transverse plane plate connecting hole 106 is a circular hole, the transverse plane plate connecting hole 106 is circularly arranged around the tube base, the outer edge of the transverse plane plate 105 is provided with three mechanism modes of an arc edge, a shallow concave-convex arc edge and a polygonal straight line edge, and the number of the transverse plane plate connecting holes is 3 holes, 4 holes, 5 holes, 6 holes, 7 holes, 8 holes, 9 holes, 10 holes, 11 holes, 12 holes or even more than 12 holes.

As shown in fig. 17-18, the circular planar circular tube-based connector comprises a tube base 101, a transverse plane plate 105, a transverse plane plate connecting hole 106 and a tube base plug-in hole 104, wherein the tube base is a circular tube base, the transverse plane plate is a circular plate, the transverse plane plate 105 is positioned on the lower top surface or the upper top surface of the tube base 101, the transverse plane plate connecting hole 106 is a straight groove shape or an elliptical hole, the transverse plane plate connecting hole 106 is circularly arranged around the tube base, the outer edge of the transverse plane plate 105 is provided with three mechanism modes of an arc edge, a shallow concave-convex arc edge and a polygonal straight edge, and the number of the transverse plane plate connecting holes is 3 holes, 4 holes, 5 holes, 6 holes, 7 holes, 8 holes, 9 holes, 10 holes or even more than 10 holes.

As shown in fig. 19 and 21, the circular planar circular pipe base connector comprises a pipe base 101, a transverse plane plate 105, a transverse plane plate connecting hole 106 and a pipe base plug hole 104, wherein the transverse plane plate 105 is a circular plate, and the hole shape of the transverse plane plate connecting hole 106 is a circular hole or a straight slot hole; the pipe base is a round pipe base, a plurality of pairs of perforations are formed in the pipe base, four embodiments are provided, namely one end, two ends, the middle and other positions of the transverse plane surface 105 are arranged at the position of the pipe base, and the number of the transverse plane surface 105 is 1 layer, 2 layers, 3 layers and more than 3 layers; the outer edge of the transverse plane 105 is provided with three embodiments of an arc edge, a shallow concave-convex arc edge and a multi-edge straight edge, and the pipe base, the outer edge of the transverse plane 105 and each connecting hole are chamfered.

As shown in fig. 20 and 22, the circular planar circular pipe base connector comprises a pipe base 101, a transverse plane plate 105, a transverse plane plate connecting hole 106, a pipe base plugging hole 104 and a pipe base connecting hole 107, wherein the transverse plane plate 105 is a circular plate, and the hole shape of the transverse plane plate connecting hole is a circular hole or a straight groove hole; a layer of transverse plane plate 105 is positioned in the middle of the pipe base, the pipe base is a round pipe base, a pair of pipe inserting holes 104 and a pair of pipe connecting holes 107 are respectively formed in the upper part and the lower part of the pipe base separated by the transverse plane plate 105 in a mixing way by using the long pipe base; the outer edge of the transverse plane 105 is provided with three embodiments of an arc edge, a shallow concave-convex arc edge and a multi-edge straight edge, and the pipe base, the outer edge of the transverse plane 105 and each connecting hole are chamfered.

As shown in fig. 23, the quadrilateral planar quadrilateral tube base connector comprises a tube base 101, a transverse plane plate 105, a transverse plane plate connecting hole 106, a tube base plugging hole 104 and a tube base connecting hole 107, wherein the transverse plane plate 105 is a quadrilateral plate, and the hole shape of the transverse plane plate connecting hole 106 is a circular hole; the pipe base is a quadrangular pipe base, a long pipe base or a short pipe base is used, one end, two ends, the middle and other positions of the transverse plane surface 105 are arranged at the position of the pipe base, and the number of the transverse plane surface 105 is 1 layer, 2 layers, 3 layers and more than 3 layers; the tube base functional opening comprises three structural modes: firstly, the pipe base plug holes 104 are formed, secondly, the pipe base plug holes 104 and the pipe base connecting holes 107 are formed in a mixed mode, thirdly, all the pipe base connecting holes 107 are formed, and the outer edge corners of the quadrilateral transverse plane surface 105 are chamfered, and the arc transitions or changes the angle into a large arc.

As shown in fig. 24 and 25, the circular planar quadrilateral tube base connector comprises a tube base 101, a transverse plane plate 105, a transverse plane plate connecting hole 106 and a tube base plugging hole 104, wherein the transverse plane plate 105 is a circular plate, the transverse plane plate connecting hole 106 is in a hole shape, fig. 24 is a circular hole, fig. 25 is a straight groove-shaped hole, the tube base is a quadrilateral tube base, a plurality of pairs of through holes are formed in the tube base by using a long tube base or a short tube base, and the transverse plane plate 105 is positioned at one end, two ends, the middle and other positions of the tube base in four structural modes, and the number of the transverse plane plate 105 is 1 layer, 2 layers, 3 layers and more than 3 layers; the outer edges of the tube base, the transverse planar surface 105 and the respective connecting holes are chamfered.

As shown in fig. 26, the integrated pipe base connector 3 comprises a pipe base 101, a longitudinal vertical surface plate 102, a longitudinal vertical surface plate connecting hole 103, a transverse plane plate 105, a transverse plane plate connecting hole 106 and a pipe base plugging hole 104, wherein the longitudinal vertical surface plate 105 is a rectangular plate, the transverse plane plate 105 is a round plate, the pipe base 101 is a round pipe base, the longitudinal vertical surface plate 102 is 4 rectangular plates distributed in four directions, the 4 longitudinal vertical surface plates 102 divide the round pipe base equally, the number of the transverse plane plate 105 is 1 layer, 2 layers, 3 layers and more than 3 layers, and the transverse plane plate 105 is positioned in the middle part or the top end or other positions of the pipe base 101 and the longitudinal vertical surface plate 102; the longitudinal vertical surface plate 102 and the transverse plane plate 105 are vertically intersected and are vertically intersected with the pipe base, the longitudinal vertical surface plate 102 and the transverse plane plate 105 are mutually separated into a plurality of regional longitudinal vertical surface plates 102 and regional transverse plane plates, and each regional longitudinal vertical surface plate 102 and regional transverse plane plate is provided with at least one connecting hole; the longitudinal elevation plate surface connecting hole 103 is a circular hole, and the transverse plane plate surface connecting hole is an elliptical arc slot; the longitudinal vertical surface plate connecting holes 103 are longitudinally arranged in a row, the transverse plane plate connecting holes 106 are circularly arranged around the pipe base, and the pipe base, the longitudinal vertical surface plate 102, the outer edges of the transverse plane plate 105 and the connecting holes are chamfered.

As shown in fig. 27, the integrated pipe-based connector 3 comprises a pipe base 101, a longitudinal elevation surface 102, a longitudinal elevation surface connecting hole 103, a transverse plane surface 105, a transverse plane surface connecting hole 106 and a pipe base plugging hole 104; the longitudinal elevation surface plate 102 is a rectangular plate surface, the transverse plane plate 105 is a round plate surface, the pipe base 101 is a quadrangular pipe base, the longitudinal elevation surface plate 102 is 4 rectangular plate surfaces distributed in four directions, 4 longitudinal elevation surfaces are positioned at the middle part of each pipe elevation surface of the quadrangular pipe base, the number of the transverse plane plate 105 is 1 layer, 2 layers, 3 layers and more than 3 layers, and the transverse plane plate 105 is positioned at the middle parts or the top ends or other positions of the pipe base 101 and the longitudinal elevation surface plate 102; the longitudinal vertical surface plate 102 and the transverse plane plate 105 are vertically intersected and are vertically intersected with the pipe base 101, the longitudinal vertical surface plate 102 and the transverse plane plate 105 are mutually separated into a plurality of regional longitudinal vertical surface plates 102 and regional transverse plane plate 105, and each regional longitudinal vertical surface plate 102 and regional transverse plane plate 105 are provided with at least one connecting hole; the longitudinal elevation surface connecting hole 103 is a circular hole, and the transverse elevation surface connecting hole is a triangular arc hole; the longitudinal vertical surface plate connecting holes 103 are longitudinally arranged in a row, the transverse plane plate connecting holes 106 are circularly arranged around the pipe base 101, and the pipe base, the longitudinal vertical surface plate 102, the outer edges of the transverse plane plate 105 and the connecting holes are chamfered.

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 (6)

1. A pipe-based connector, characterized in that: including facade formula pipe base connector (1), plane pipe base connector (2), synthesize pipe base connector (3), the pipe base connector is a mountable, three-dimensional rigging connector, including pipe base (101), connection face, connecting hole, pipe base spliced eye (104), pipe base (101) are hollow tubulose or similar tubular structure, connection face with pipe base (101) are crossing fixed as an organic wholely, pipe base (101) are used for with connect the face cup joint on pipe, post, pole, borer structure and install fixedly, facade formula pipe base connector (1) with synthesize pipe base connector (3) structural mode and be integrated into one piece structure, the structural mode of plane pipe base connector (2) divide into integral type structure and split type structure two kinds, wherein, integral type structure also has: firstly, pipe base (101) and connection face are integrated into one piece structure, secondly pipe base (101) and connection face components of a whole that can function independently structure with welding or screw thread installation or riveting installation or joint installation combination shaping, and split type structure is pipe base (101) and connection face are independent subassembly, and it constitutes into a planar rigging connector and one section or two sections sleeve pipes, hole has been seted up to pipe base (101), and its trompil has three kinds of modes: firstly, only offer tube base spliced eye (104), secondly offer tube base spliced eye (104) and tube base connecting hole (107) simultaneously, thirdly only offer tube base connecting hole (107), tube base connecting hole (107) double as tube base spliced eye, the connection face includes one or two among vertical elevation face (102), horizontal plane face (105), vertical elevation face (102) take tube base (101) as basis, follow tube base (101) outer wall is to the sheet structure of different space direction divergence, extension, vertical elevation face connecting hole (103) are offered to vertical elevation face (102) inside, horizontal plane face (105) take tube base (101) as basis, transversely intersect and have perpendicular intersection and non-perpendicular intersection two kinds of construction modes, horizontal plane face (105) are for one or two or more in the middle of the position in tube base upper bottom surface, tube base lower bottom surface, tube base upper and lower bottom surface are for tube base upper bottom surface, horizontal plane face (105), horizontal plane face (106) are for the three kinds of perforation connection hole, three kinds of connection hole are offered to connect the face in the plane face (106): the vertical panel connecting hole (103) is formed in the vertical panel (102), the horizontal plane panel connecting hole (106) is formed in the horizontal plane panel (105), the pipe base connecting hole (107) is formed in the pipe base, and the pipe base (101) is a mounting assembly of the pipe base connector, the vertical panel (102) and a bearing assembly of the horizontal plane panel (105).

2. A pipe-based connector according to claim 1, wherein: the vertical-face type pipe base connector (1), the planar-type pipe base connector (2) and the comprehensive-type pipe base connector (3) are collectively called as a pipe base connector, wherein all connecting plate faces of the vertical-face type pipe base connector (1) are longitudinal vertical-face plate faces (102) and comprise a pipe base (101), longitudinal vertical-face plate faces (102), longitudinal vertical-face plate face connecting holes (103) and pipe base plug-in holes (104); the planar pipe base connector (2) is characterized in that all connecting plate surfaces are transverse plane plate surfaces, and three construction modes are formed: the pipe base comprises a pipe base (101), a transverse plane plate surface (105), a transverse plane plate surface connecting hole (106) and a pipe base inserting hole (104), the pipe base comprises a pipe base (101), a transverse plane plate surface (105), a transverse plane plate surface connecting hole (106), a pipe base inserting hole (104) and a pipe base connecting hole (107), and the pipe base comprises a pipe base (101), a transverse plane plate surface (105), a transverse plane plate surface connecting hole (106) and a pipe base connecting hole (107); the comprehensive pipe-based connector (3) comprises a connecting plate surface consisting of a longitudinal vertical plate surface (102) and a transverse plane plate surface (105), and three construction modes are adopted: the pipe comprises a pipe base (101), a longitudinal elevation plate surface (102), a longitudinal elevation plate surface connecting hole (103), a transverse plane plate surface (105), a transverse plane plate surface connecting hole (106) and a pipe base inserting hole (104); the second comprises a pipe base (101), a longitudinal elevation plate surface (102), a longitudinal elevation plate surface connecting hole (103), a transverse plane plate surface (105), a transverse plane plate surface connecting hole (106), a pipe base inserting hole (104) and a pipe base connecting hole (107); and thirdly, the pipe comprises a pipe base (101), a longitudinal elevation plate surface (102), a longitudinal elevation plate surface connecting hole (103), a transverse plane plate surface (105), a transverse plane plate surface connecting hole (106) and a pipe base connecting hole (107).

3. A pipe-based connector according to claim 2, wherein: the cross section of the tube base (101) is provided with a circular tube and a special tube, wherein the special tube is one of a square tube, a rectangular tube, an elliptic tube, a flat elliptic tube, a semicircular tube, a triangular tube, namely a trilateral tube, a pentagonal tube, a hexagonal tube, a heptagonal tube, an octagonal tube, a nonagonal tube, a decagonal tube.

4. A pipe-based connector according to claim 1, wherein: the connecting plate surface of the pipe base connector comprises a longitudinal vertical plate surface (102) and a transverse plane plate surface (105), wherein the shape of the connecting plate surface is 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, an elliptic plate surface, a fan-shaped plate surface, an annular plate surface, an inclined plate surface, a curved plate surface and a deformed plate surface in the shape of the plate surface.

5. A pipe-based connector according to claim 2, wherein: the structure shape of the outer edges, namely the outer vertical surfaces and the outer edge surfaces, of the longitudinal vertical surface plate surfaces (102) and the transverse plane plate surfaces (105) of the pipe base connector is one of the deformation surfaces of long straight surfaces or multi-edge straight surfaces or circumferential arc surfaces or concave-convex arc surfaces, and the plate surface corners and the plate surface edges of the pipe base connector are subjected to arc transition and chamfering.

6. A pipe-based connector according to claim 1, wherein: the connecting holes of the pipe-based connector are round holes or square holes or rectangular holes or elliptic holes or straight groove holes or arc groove holes or inner polygonal holes or triangular arc holes or trapezoid holes or deformed holes of the holes or irregular and nonstandard holes made according to the shape of the regional plate surface, and the connecting holes of the pipe-based connector are chamfered.