CN116652591A - A carabiner spring rod and hook and loop assembly equipment - Google Patents

Abstract

The invention relates to a carabiner spring bar and shackle assembly equipment, including a processing table, a bar-hook assembly feeding mechanism, a riveting hole opening mechanism, a rivet feeding mechanism, a turn-over adjustment mechanism, a rivet riveting mechanism, and a bar-hook assembly The piece feeding mechanism can send the rod-hook assembly combined with the spring rod and the shackle to the punching station corresponding to the processing table; The intersecting part with the shackle directly opens the combined rivet hole; the rivet feeding mechanism can feed the rivet from top to bottom into the combined rivet hole opened on the rod-hook assembly; the turning-side positioning mechanism can insert the rod with the rivet The hook assembly is turned over so that the rivet rod end is on top and protrudes out of the combined riveting hole of the rod-hook assembly; the rivet pressing mechanism can rivet the exposed rivet rod end of the rod-hook assembly after turning over Press to form a riveting head. After the spring bar and the shackle of the plug-in combination are directly opened, the rivet is installed, which is convenient for drilling and subsequent installation of the rivet, and the assembly efficiency is high.

Description

A carabiner spring rod and hook and loop assembly equipment

technical field

The invention relates to the technical field of carabiner assembly, in particular to a carabiner spring bar and shackle assembly equipment.

Background technique

A carabiner, key fob, snap clasp, etc., is a special type of shackle that has a spring-loaded revolving door that accommodates a cord, safety belt, or other hardware. Carabiners are widely used in rope-intensive activities such as mountaineering, arboriculture, caving, sailing, hot air ballooning, rope rescue, construction, industrial ropework, window cleaning, whitewater rescue, and acrobatics. There are many shapes of carabiners, such as oval carabiner, D shape, pear shape, egg shape, triangle and so on. The traditional carabiner design as shown in Figure 1 has a shackle 1' and a door opening 11' in the shape of a "lock nose shape". Hinged end) is pivotally connected to the shackle 1' through the rivet 3', and the spring bar 2' rotates to make its second end (free end) open and close the door opening 11', and also has a reset spring bar 2' to close the door The opening 11' is closed by a spring mechanism.

In CN113182846B, a tooling for assembling carabiners is disclosed. The riveting holes are first processed on the elastic rod and the shackle, and then the elastic rod is mated with the shackle, and the hinged end of the elastic rod is inserted into the shackle to set There is a card slot, or one end of the shackle is inserted into the card slot on the elastic rod to form a rod-hook assembly, and then the riveting holes on the two parts are aligned, and the two riveting holes are connected to form a combined riveting hole, and then Insert the rivet into the combined rivet hole, then turn the rod-hook assembly over by manual operation, and use a tool to rivet the end of the rivet rod out of the combined rivet hole to form a riveting head, through the nail head on the rivet and the riveting head Form a limit and anti-off to complete the connection between the elastic rod and the shackle. In this assembly process, the two workpieces need to be drilled separately first, and then the two workpieces are aligned. The assembly steps are relatively cumbersome, and the precision of the riveting and punching stations on the spring rod and the shackle is high, otherwise it will not be possible. It is beneficial to the subsequent hole alignment operation. If the hole alignment fails, the rivet cannot be inserted into the assembly, and when punching the spring rod or the shackle with the slot, because the plates on both sides of the slot are thin, the punching is easy to be stressed. Deformation to produce defective products.

Contents of the invention

Purpose of the present invention: In order to overcome the defects of the prior art, the present invention provides a carabiner spring bar and shackle assembly equipment, which directly connects the spring bar and shackle of the plug-in combination, and then loads them into rivets, which is convenient for assembling. Hole work and subsequent rivet loading, high assembly efficiency.

The technical solution of the present invention: a carabiner spring bar and shackle assembly equipment, including a processing table, a rod-hook assembly feeding mechanism, a riveting hole opening mechanism, a rivet feeding mechanism, a turning adjustment mechanism and a rivet pressing mechanism. mechanism,

The rod-hook assembly feeding mechanism can send the rod-hook assembly formed by inserting the unriveted spring rod and the shackle to the corresponding punching station of the processing table;

The riveting hole opening mechanism can directly open the combined riveting hole at the intersecting part of the spring rod hinged end of the rod hook assembly on the punching station and the shackle;

The rivet feeding mechanism can feed the rivet from top to bottom into the combined rivet hole opened on the rod-hook assembly;

The turning-over positioning mechanism can turn over the rod-hook assembly inserted with the rivet, so that the shank end of the rivet is on the top and protrudes out of the combined rivet hole of the rod-hook assembly;

The rivet pressing mechanism can rivet the exposed rivet rod end of the rod-hook assembly after turning over to form a riveting head, so as to realize the connection between the elastic rod and the shackle through the rivet.

By adopting the above-mentioned technical solution, in the assembly process of the present invention, the rivets are directly inserted after the spring bar and the shackle of the plug-in combination are opened, which facilitates the drilling operation and the subsequent loading of the rivets. The step of punching two workpieces separately in the prior art and then aligning the two workpieces with the holes is canceled, which makes the assembly steps of the carabiner simpler and avoids the error problem when aligning the holes; When the hook and loop joint parts are drilled together, they can form a support for each other, which can effectively avoid the problem that due to the thinner board, it is easy to be deformed by force when drilling, and it is not convenient for subsequent assembly, resulting in unqualified products.

According to a further setting of the present invention: the feeding mechanism of the rod-hook assembly includes a rod-hook group storage groove and a rod-hook group push piece, and the rod-hook group storage groove can be used for stacking multiple rod-hook assemblies in the vertical direction. The rod-hook group pusher pushes the single rod-hook assembly located at the bottom of the storage slot to the punching station.

Preferably, the lever-hook pusher includes a lever-hook push plate and a push plate driver, and the push surface on the lever-hook push plate matches one side of the shackle.

By adopting the above technical scheme, the push plate of the rod-hook group pusher pushes the single rod-hook assembly located at the bottom of the storage tank to the punching station, and then the push plate is retracted. A bar-hook assembly at the bottom of the bar-hook assembly falls to the feeding position due to gravity, and corresponds to the push surface side of the push plate, waiting for subsequent feeding.

Further setting of the present invention: there is also a lever hook positioning mechanism corresponding to the punching station on the processing table. The lever hook positioning mechanism includes a positioning seat and a positioning rod. The positioning seat has a pressing arm, and the pressing arm It can move up and down to press the rod-hook assembly down on the processing table, and the positioning rod stretches out to push the rod-hook assembly to adjust to a fixed position to be punched, so as to facilitate subsequent punching.

Preferably, the pressing arm has a pressing bar that can be pressed against the upper side of the rod-hook assembly and a stop bar that is inserted into the inside of the shackle. between.

By adopting the above technical solution, the lever-hook assembly is adjusted to a fixed position by the lever-hook positioning mechanism. After loading, one side of the rod-hook assembly first touches the positioning seat, and the rod-hook assembly is pressed down on the processing table through the pressing arm. Then the positioning rod stretches out to push the other side of the rod hook assembly to adjust it to a fixed position to be punched, so as to ensure that the workpiece is at the same position every time, which is convenient for subsequent punching.

A further setting of the present invention: it also includes a moving mechanism that can drag the rod-hook assembly from the punching station on the processing table to the riveting station. The moving mechanism includes a hook plate and a hook plate driver that can drive the hook plate up and down I, and the hook plate driver II that drives the hook plate to slide, the hook portion of the hook plate can be inserted downward into the inner ring hole of the rod-hook assembly after punching and riveting operations, through the hook plate driver II drives the hook plate to drive the punched rod-hook assembly to the riveting station.

By adopting the above technical solution, the hook portion of the hook plate is conveniently inserted downward into the inner ring hole of the rod-hook assembly, so as to slide and transport the rod-hook assembly.

In a further setting of the present invention: the turning adjustment mechanism includes a positioning column and a turning push plate located on one side of the positioning column. , the turning push plate can be turned over or moved up to move the rod-hook assembly to turn over to the side of the positioning column and be sleeved outside the positioning column.

Preferably, the turning-over adjustment mechanism further includes a position adjustment block and an adjustment block driver that drives the adjustment block to slide to one side of the positioning post, the adjustment block has an adjustment surface adapted to an outer end of the shackle, so One end of the shackle can be clamped inside and outside by a fixed column and an adjustment block to adjust the position of the lever-hook assembly, so that the lever-hook assembly is in a fixed position to be riveted, which is convenient for subsequent riveting.

Preferably, the turning adjustment mechanism further includes a limit block, the rod-hook assembly slides to one side of the positioning column, and the sliding limit is realized through the interference of the limit block.

By adopting the above-mentioned technical scheme, the sliding limit of the rod-hook assembly is realized through the interference of the limit block, ensuring that the rod-hook assembly slides to the side of the positioning column and is partially located on the reverse push plate. At this time, the reverse push plate can be reversed or Move up, turn the lever hook assembly sideways to the positioning column, and set it outside the positioning column, and then drive the adjustment block to slide to the side of the positioning column through the adjustment block driver, one end of the shackle The head can be clamped internally and externally by a fixed column and an adjustment block to adjust the position of the toggle rod and hook assembly, so that the rod and hook assembly can be adjusted to a fixed position to be riveted to ensure that the workpiece is at the same position each time, which is convenient for subsequent riveting pressure.

A further setting of the present invention is that the positioning column is telescopically set, and the equipment also includes a blanking mechanism. The blanking mechanism includes a telescopic cylinder arranged obliquely, a cylinder driver for driving the telescopic cylinder to slide, and the positioning column is retracted during blanking. The telescopic rod on the telescopic cylinder is inserted obliquely downward into the inner ring hole of the rod-hook assembly, and the assembled rod-hook assembly is driven by the cylinder driver to move out for blanking.

By adopting the above technical scheme, the assembled rod-hook assembly is convenient to discharge, the telescopic rod cooperates with the positioning column, the positioning post is retracted, and the telescopic rod is inserted into the inner ring hole of the rod-hook assembly, which can drive the rod-hook assembly to move. Unobstructed by positioning posts.

Description of drawings

Fig. 1 is the structural diagram of carabiner in the background technology of the present invention;

Fig. 2 is a structural diagram of a specific embodiment of the present invention, wherein a is the first direction, and b is the second direction;

Fig. 3 is a structural diagram of the rod-hook assembly feeding mechanism in a specific embodiment of the present invention;

Fig. 4 is a structural diagram of one side of the rod hook positioning mechanism in a specific embodiment of the present invention;

Fig. 5 is a structural diagram of a positioning seat in a specific embodiment of the present invention;

Fig. 6 is a structural diagram of a moving mechanism in a specific embodiment of the present invention;

Fig. 7 is a structural diagram of one side of the turning adjustment mechanism in a specific embodiment of the present invention;

Fig. 8 is a structural diagram of a turn-over adjustment mechanism in a specific embodiment of the present invention;

Fig. 9 is a structural diagram of the turning adjustment mechanism in a specific embodiment of the present invention, wherein the carabiner is turned over;

Fig. 10 is a structural diagram of the unloading mechanism in a specific embodiment of the present invention.

In the figure: shackle 1', door opening 11', spring bar 2', rivet 3';

Processing table 1, rod hook assembly feeding mechanism 2, rivet hole opening mechanism 3, rivet feeding mechanism 4, flip adjustment mechanism 5, rivet riveting mechanism 6, rod hook positioning mechanism 7, moving mechanism 8, blanking Agency 9;

Rod hook group storage groove 21, rod hook group pusher 22, rod hook push plate 221, push plate driver 222, push surface 2211, positioning seat 71, positioning rod 72, pressing arm 73, pressing rod 731, retaining rod 732, Hook plate 81, hook portion 811, hook plate driver I82, hook plate driver II83, positioning column 51, reverse push plate 52, adjustment block 53, adjustment block driver 54, adjustment surface 531, limit block 55, telescopic Cylinder 91, telescopic rod 911, cylinder driver 92, blanking channel 10.

Detailed ways

The technical solution in this embodiment will be clearly and completely described below in conjunction with the accompanying drawings. Apparently, the described embodiment is only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

As shown in Figure 1-10, a carabiner spring bar and shackle assembly equipment of the present invention includes a processing table 1, a rod-hook assembly feeding mechanism 2, a rivet hole opening mechanism 3, and a rivet feeding mechanism 4 , turn-over adjustment mechanism 5 and rivet crimping mechanism 6, also include the moving mechanism 8 that can drag the bar hook assembly from the punching station on the processing table to the riveting station, and the blanking mechanism 9, in the corresponding punching The hole station is also equipped with a water outlet pipe to flush the debris generated by the hole,

The rod-hook assembly feeding mechanism 2 can send the rod-hook assembly composed of the unriveted elastic rod and the shackle insertion to the corresponding punching station of the processing table, and the rod-hook assembly is fed Mechanism 2 includes a rod-hook group storage slot 21 and a rod-hook group pusher 22. The rod-hook group storage slot 21 can be stacked vertically for a plurality of rod-hook assemblies, and the rod-hook group pusher 22 can be positioned in the storage slot 21 The single rod-hook assembly at the bottom is pushed out to the punching station in the first direction, the bottom of the rod-hook group storage groove 21 has an opening for the single rod-hook assembly to pass through, and the rod-hook group pusher 22 includes Bar hook push plate 221 and push plate driver 222, the push surface 2211 on the described bar hook push plate 221 matches with the shackle one side, and the bar hook group storage groove 21 is also compatible with the bar hook assembly, and is also provided with There is a lever hook positioning mechanism 7 corresponding to the punching station on the processing table. The lever hook positioning mechanism 7 includes a positioning seat 71 and a positioning rod 72. The positioning seat 71 has a pressing arm 73, and the pressing arm 73 can be moved up and down. Move, to press the rod hook assembly down on the processing table, the positioning rod 72 stretches out to push the rod hook assembly to adjust it to a fixed position to be punched, so as to facilitate subsequent punching, and the pressing arm 73 has a movable The pressing rod 731 against the upper side of the rod-hook assembly and the blocking rod 732 inserted into the shackle, the positioning seat 71 is located on the relative outer side of the shackle, and the shackle can be passed between the positioning seat 71 and the blocking rod 732, The pressing arm 73 and the positioning rod 72 respectively act on the two ends of the shackle, and on the left and right sides;

The riveting hole opening mechanism 3 can directly open the combined riveting hole at the intersecting part of the spring bar hinged end of the rod hook assembly on the punching station and the shackle, and the riveting hole opening mechanism has a punching tool, which It can be moved down to punch the rod-hook assembly in the adjusted position;

The rivet feeding mechanism 4 has a feeding tube, which can feed the rivet from top to bottom into the combined rivet hole opened on the rod-hook assembly;

The moving mechanism 8 includes a hook plate 81, a hook plate driver I82 that can drive the hook plate 81 to go up and down, and a hook plate driver II83 that drives the hook plate 81 to slide. After the rivet operation, insert downward into the inner ring hole of the rod-hook assembly, drive the hook plate 81 to drive the punching hole through the hook plate driver II83, and drag the rod-hook assembly after the rivet is inserted to the riveting station in the second direction. wherein the second direction is perpendicular to the first direction;

The turning-over positioning mechanism 5 is located at the riveting station, and it can turn over the rod-hook assembly inserted with the rivet, so that the rivet rod end is on the top and extends out of the combined riveting hole of the rod-hook assembly. The turning adjustment mechanism 5 includes a positioning column 51 and a turning push plate 52 located on one side of the positioning column 51, and two positioning columns 51 can be provided, and the lever hook assembly is on the side of the positioning column 51, and When the part is located on the push plate 52, the push plate 52 can be turned over or moved up to move the lever hook assembly to the side of the positioning column 51, and is sleeved outside the positioning column 51, and the push plate 52 can be turned over. The overturning is driven by a motor, and the lifting of the overturning push plate 52 is driven by a telescopic cylinder. The overturning adjustment mechanism 5 also includes a position adjustment block 53 and an adjustment block driver that drives the adjustment block 53 to slide toward the positioning column 51. 54, the adjustment block 53 has an adjustment surface 531 adapted to an outer end of the shackle, and one end of the shackle can be clamped inside and outside by a fixed column 51 and the adjustment block 53 to adjust the lever hook assembly Adjust the position so that the rod-hook assembly is in a fixed position to be riveted, which is convenient for subsequent riveting. The turning adjustment mechanism 5 also includes a limit block 55. The limit block 55 interferes to realize sliding limit.

The rivet pressing mechanism 6 has a riveting tool, which can rivet the end of the exposed rivet on the rod-hook assembly after turning over to form a riveting head, so as to realize the connection between the spring bar and the shackle through the rivet. ;

The blanking mechanism 9 includes a telescopic cylinder 91 arranged obliquely, a cylinder driver 92 that drives the telescopic cylinder 91 to slide, the positioning column 51 is telescopically arranged, and the positioning column 51 retracts when blanking, and the telescopic cylinder 91 is retracted The rod 911 is obliquely inserted downward into the inner ring hole of the rod-hook assembly, and the assembled rod-hook assembly is driven by the cylinder driver 92 to move out the blanking.

The turning push plate 52 and the unloading channel 10 are respectively located on both sides of the processing table 1 .

The above-mentioned driving member can be an air cylinder, an oil cylinder or an electric cylinder.

Concrete working principle of the present invention:

Firstly, the elastic rod without riveting hole is combined with the shackle to form a rod-hook assembly, and then it is put into the storage tank 21, and the single rod at the bottom of the storage tank 21 is pushed through the push plate 221 of the rod-hook group pusher 22 The hook assembly is pushed out to the punching station in the first direction, the rod hook assembly first touches the positioning seat 71, the pressing arm 73 presses the rod hook assembly on the processing table 1, and the pressing rod 731 of the pressing arm 73 presses the hook assembly. On the upper side of the hook assembly, the retaining rod 732 is inserted into the shackle, and then the positioning rod 72 is stretched out to adjust the push rod hook assembly to a fixed position to be punched, so as to facilitate subsequent punching, and the push plate 221 Retracted, at this time, the bar hook assembly at the bottom of the plurality of lever hook assemblies remaining in the storage tank 21 is not blocked by the push plate 221, and falls to the loading position of the processing table 1, and corresponds to the push plate 221 2211 side of the push surface, waiting for the follow-up feeding;

Afterwards, through the riveting hole opening mechanism 3, the combined riveting hole can be directly opened to the intersecting position of the spring bar hinged end and the shackle in the rod hook assembly on the punching station and the position has been adjusted, and the rivet feeding mechanism 4. Send the rivet from top to bottom into the combined rivet hole opened on the rod-hook assembly;

Then through the operation of the moving mechanism 8, the hook portion 811 of the hook plate 81 is inserted downward into the inner ring hole of the rod-hook assembly, and the hook plate 81 is driven by the hook plate driver II83 to drive the punching and the rod-hook assembly after entering the rivet. The piece is dragged to the riveting station in the second direction, and the rod-hook assembly is resisted by the limit block 55 to realize the sliding limit, and it is against the side of the positioning column 51, and partly located on the turning push plate 52;

The turning push plate 52 can be turned over or moved up, and the lever hook assembly is turned over to the positioning column 51, and is sleeved outside the positioning column 51, and then the adjusting block 53 is driven to the positioning column by the adjusting block driver 54. 51 slides on one side, and one of the ends of the shackle can be clamped inside and outside by a fixed column 51 and an adjustment block 53 to adjust the position of the lever-hook assembly so that the lever-hook assembly is adjusted to the fixed position to be riveted. The pressing position is convenient for subsequent riveting. The rivet riveting mechanism 6 will rivet the exposed rivet rod end of the exposed rivet on the rod-hook assembly after turning over to form a riveting head, so as to realize the connection between the spring rod and the shackle through the rivet;

The positioning column 51 is retracted, and the telescopic rod 911 on the telescopic cylinder 91 is inserted obliquely downward into the inner ring hole of the rod-hook assembly, and the cylinder driver 92 drives the telescopic cylinder 91 to move, so that the assembled rod-hook assembly is moved out of the lower part. material.

In the assembly process of the present invention, the rivets are directly installed after the spring bar and the shackle of the plug-in combination are opened, which is convenient for punching and subsequent installation of the rivets, and the assembly efficiency is high. The step of punching two workpieces separately in the prior art and then aligning the two workpieces with the holes is canceled, which makes the assembly steps of the carabiner simpler and avoids the error problem when aligning the holes; When the hook and loop joint parts are drilled together, they can form a support for each other, which can effectively avoid the problem that due to the thinner board, it is easy to be deformed by force when drilling, and it is not convenient for subsequent assembly, resulting in unqualified products.

It should be noted that all directional indications (such as up, down, front, back...) in the description of the present invention are only used to explain the relative positional relationship between the components in a certain posture (as shown in the accompanying drawings) , sports conditions, etc., if the specific posture changes, the directional indication also changes accordingly.

In addition, in the present invention, the descriptions involving "first", "second", "I" and so on are only for descriptive purposes, and should not be understood as indicating or implying their relative importance or implicitly indicating the indicated technical features quantity. In the description of the present invention, "several" means at least two, such as two, three, etc., unless otherwise specifically defined.

In the description of the present invention, unless otherwise clearly specified and limited, the terms "installation", "connection", "connection", "connection" and "fixation" should be understood in a broad sense, for example, it can be fixed connection or It is a detachable connection, or integrated; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediary, and it can be the internal communication of two components or the interaction relationship between two components. Those of ordinary skill in the art can understand the specific meanings of the above terms in the present invention in specific situations.

Claims (10)

1. The equipment for assembling the spring rod and the hook ring of the climbing buckle is characterized by comprising a processing table (1), a rod hook assembly feeding mechanism (2), a rivet hole opening mechanism (3), a rivet feeding mechanism (4), a turn-over adjusting mechanism (5) and a rivet riveting mechanism (6),

the rod hook assembly feeding mechanism (2) can send a rod hook assembly formed by inserting and combining a spring rod without riveting holes and a shackle to a punching station corresponding to the processing table;

the riveting hole opening mechanism (3) can directly open a combined riveting hole on the inserted part of the elastic rod hinge end of the rod hook assembly and the shackle on the punching station;

the rivet feeding mechanism (4) can feed rivets into the combined rivet holes drilled on the rod hook assembly from top to bottom;

the turning positioning mechanism (5) can turn over the rod hook assembly inserted with the rivet so that the rod end of the rivet is upward and extends out of the combined riveting hole of the rod hook assembly;

the rivet riveting mechanism (6) can rivet the rivet rod end of the exposed rivet on the turned back rod hook assembly to form a riveting head, and the elastic rod is connected with the shackle through the rivet.

2. The assembling device for the spring rod and the shackle of the climbing buckle according to claim 1, wherein: the rod hook assembly feeding mechanism (2) comprises a rod hook group storage groove (21) and a rod hook group pushing piece (22), the rod hook group storage groove (21) can be used for enabling a plurality of rod hook assemblies to be stacked in the vertical direction, and the rod hook group pushing piece (22) can push out a single rod hook assembly positioned at the bottommost part of the storage groove (21) to a punching station.

3. The assembling device for the spring rod and the shackle of the climbing buckle according to claim 2, wherein: the rod hook group pushing piece (22) comprises a rod hook pushing plate (221) and a pushing plate driving piece (222), and a pushing surface (2211) on the rod hook pushing plate (221) is matched with one side of the shackle.

4. The assembling device for the spring rod and the shackle of the climbing buckle according to claim 2, wherein: the device is characterized by further comprising a rod hook positioning mechanism (7) corresponding to the punching station on the processing table, wherein the rod hook positioning mechanism (7) comprises a positioning seat (71) and a positioning rod (72), the positioning seat (71) is provided with a pressing arm (73), the pressing arm (73) can move up and down so as to downwards press the rod hook assembly on the processing table, and the positioning rod (72) stretches out to push the rod hook assembly to enable the rod hook assembly to be adjusted to a fixed position to be punched, so that subsequent punching is facilitated.

5. The assembling apparatus for a spring rod and a shackle of a mountain climbing buckle according to claim 4, wherein: the pressing arm (73) is provided with a pressing rod (731) which can be abutted against the upper side of the rod hook assembly and a stop rod (732) which is inserted into the hook ring, the positioning seat (71) is positioned on the opposite outer side of the shackle, and the shackle can be arranged between the positioning seat (71) and the stop rod (732) in a penetrating way.

6. The assembling device for a spring rod and a shackle of a climbing buckle according to any one of claims 1 to 5, wherein: the riveting machine further comprises a moving mechanism (8) capable of dragging the rod hook assembly from a punching station to a riveting station on the processing table, wherein the moving mechanism (8) comprises a hook plate (81), a hook plate driving piece I (82) capable of driving the hook plate (81) to lift and a hook plate driving piece II (83) capable of driving the hook plate (81) to slide, a hook part (811) of the hook plate (81) can be downwards inserted into an inner ring hole of the rod hook assembly after punching and rivet feeding operation, and the hook plate driving piece II (83) drives the hook plate (81) to drive the punched rod hook assembly to drag to the riveting station.

7. The assembling device for a spring rod and a shackle of a climbing buckle according to any one of claims 1 to 5, wherein: the turnover adjusting mechanism (5) comprises a positioning column (51) and a turnover push plate (52) positioned at one side of the positioning column (51), when the rod hook assembly is propped against one side of the positioning column (51) and part of the rod hook assembly is positioned on the turnover push plate (52), the turnover push plate (52) can be turned or moved upwards to stir the rod hook assembly to turn over the side of the positioning column (51) and is sleeved outside the positioning column (51).

8. The assembling apparatus for a spring rod and shackle of a mountain climbing buckle as claimed in claim 7, wherein: the turnover adjusting mechanism (5) further comprises a position adjusting block (53) and an adjusting block driving piece (54) for driving the adjusting block (53) to slide to one side of the positioning column (51), the adjusting block (53) is provided with an adjusting surface (531) which is matched with an outer end of the shackle, one end of the shackle can be clamped inside and outside by a fixing column (51) and the adjusting block (53) so as to adjust the position of the toggle rod hook assembly, and the toggle rod hook assembly is positioned at a fixed position to be riveted, so that follow-up riveting is facilitated.

9. The assembling apparatus for a spring rod and shackle of a mountain climbing buckle as claimed in claim 7, wherein: the turnover adjusting mechanism (5) further comprises a limiting block (55), the rod hook assembly slides to one side of the positioning column (51), and sliding limiting is achieved through the abutting of the limiting block (55).

10. The assembling apparatus for a spring rod and shackle of a mountain climbing buckle as claimed in claim 7, wherein: the positioning column (51) is arranged in a telescopic mode, the device further comprises a blanking mechanism (9), the blanking mechanism (9) comprises a telescopic cylinder (91) which is arranged in a tilting mode and a cylinder driving piece (92) which drives the telescopic cylinder (91) to slide, after the positioning column (51) is retracted, a telescopic rod (911) connected with the telescopic cylinder (91) is inserted into an inner ring hole of the rod hook assembly in a downward inclined mode, and the rod hook assembly which is assembled is driven to move out of the blanking mode through the cylinder driving piece (92).