CN206810927U - A kind of curved spike devices of inclined-plane stretch bending formula fish hook hanging plate nail pressing - Google Patents

Abstract

It the utility model is related to fishing gear field.Purpose is to provide a kind of curved spike devices of fish hook hanging plate nail pressing, and the device can be realized send the nail curved nail of nail pressing manually, and has the characteristics of simple in construction, operating efficiency is high.Technical scheme is：A kind of curved spike devices of inclined-plane stretch bending formula fish hook hanging plate nail pressing, it is characterised in that：The device include support, be arranged on the fish hook hanging plate positioning seat of frame bottom, the cutting module of guide-localization carried out to nail positioned at mid-stent and in fish hook hanging plate positioning seat top, the needle construction that liquidates positioned at frame upper and by the red needle structure of floating harden structure punching press nail, by traveller structure provide power driver and cutting module bottom top pressure nail impulsive force so that the movable anvil block mechanism of bent nails.

Description

A kind of inclined-plane pull-bending type fishhook hanging plate pressing nail bending device

technical field

The utility model relates to the field of fishing gear, in particular to a device for pressing and bending nails on an inclined-plane pull-bending fishhook hanging plate.

Background technique

Fishing is a leisure sport that is popular all over the world regardless of age. It is conducive to getting close to nature and cultivating sentiment; the hook is the most important component in fishing tackle, and the quality of the hook directly affects the success rate of fishing; a good Fishhook, its durability is quite high. Therefore, when the fishhook is used up, the fishhook must be put away in time, otherwise it is easy to lose because the fishhook is too small; at the same time, the hanging plate for storing the fishhook must be easy to use, so that the fishhook can be quickly taken out for use next time, and The bent nails on the hook peg need to be replaced frequently. However, the traditional nail bending device has a complex structure and is not easy to carry, and it is easy to be injured when using traditional tools such as wrenches and hammers, which poses a safety hazard.

Utility model content

The purpose of this utility model is to overcome the shortcomings in the above-mentioned background technology, and to provide a fishhook peg plate pressing nail bending device, which can realize manual feeding of nails, pressing nails and bending nails, and has the characteristics of simple structure and high working efficiency.

The technical scheme that the utility model adopts is as follows:

A slanted-plane pull-bending type fishhook hanging plate pressing nail bending device, characterized in that the device includes a bracket, a fishhook hanging plate positioning seat arranged at the bottom of the support, a fishhook hanging plate positioning seat located in the middle of the support and opposite to The blanking module for guiding and positioning the nails, the punching needle structure on the upper part of the support and punching the nails through the floating plate structure, the driver that provides power to the punching needle mechanism through the sliding column structure, and the impact force that presses the nails at the bottom of the blanking module to make Movable anvil mechanism for nail bending;

The positioning seat of the fishhook hanging plate includes a positioning block arranged horizontally and suitable for the outline of the fishhook hanging plate;

The blanking module includes a blanking block made with a nailing channel and a nailing channel;

The punching pin structure includes a punching pin fixed on a floating plate through a punching pin mounting rod; the punching pin is vertically arranged and can move vertically in and out of the punching nail channel;

The floating plate structure includes a floating plate that can be vertically and movably positioned on the bracket through slide rails;

The sliding column structure includes a sliding hole vertically arranged on the driver mounting plate, and a sliding column that is vertically slidably fitted with the sliding hole and whose two ends are respectively connected to the driver and the floating plate.

In the blanking block, the punching channel vertically runs through the upper and lower surfaces of the blanking block, and the nailing channel runs through the punching channel at a certain angle from top to bottom.

The support includes a bottom plate arranged horizontally, two columns erected on the bottom plate and separated by a certain distance, and a blanking plate installation plate and a driver installation plate fixed horizontally on the two columns and separated by a certain distance from each other.

The blanking block is fixed on the mounting plate of the blanking plate and the mounting plate of the blanking plate is located on the clamping positioning block;

A guide pin hole vertically arranged on the mounting plate of the blanking plate is aligned with the punching channel in the blanking block and smoothly butted.

The floating plate can be vertically and movably positioned between the blanking plate mounting plate and the driver mounting plate through the slide rail; the punching pin mounting rod hangs vertically downward from the floating plate, and the punching pin is vertically fixed on the punching pin mounting rod and align with the punching channel.

The movable anvil mechanism includes an anvil that can move along a horizontal guide rail and can send the attached anvil to the gap in the positioning block, a ramp structure that drives the anvil, and a structure that hangs downward from the floating plate and the bottom end faces the ramp. a supporting rod for exerting force; the inclined plane structure includes a roller that is rotatably positioned on the anvil around a horizontal axis and a wedge acting on the roller.

The beneficial effects of the utility model are:

The utility model has simple structure, stability, reliability and strong practicability, can quickly and effectively bend nails during the working process, avoids the safety hazards brought by the traditional nail bending method, and greatly reduces the dependence on various tools. Thereby improving production efficiency and reducing production cost.

Description of drawings

Fig. 1 is a front structural schematic view of the utility model.

Fig. 2 is a left view structural diagram of the utility model.

Fig. 3 is a schematic diagram of the three-dimensional structure of the utility model.

Fig. 4 is a three-dimensional structural schematic diagram of the movable anvil mechanism in the utility model;

Fig. 5 is a schematic cross-sectional structure diagram of the blanking block in the utility model.

Fig. 6 is a top view structure diagram of the blanking block in the utility model.

Fig. 7 is a schematic diagram of the three-dimensional structure of the fishhook hanging plate.

Fig. 8 is a schematic diagram of the cooperative relationship between the anvil block and the clamping positioning block in the present invention.

Fig. 9 is a three-dimensional structural schematic view of the nail.

Fig. 10 is a schematic perspective view of the driver's structure.

Fig. 11 is a schematic top view of the clamping positioning block.

detailed description

Below in conjunction with the accompanying drawings of the description, the utility model will be further described, but the utility model is not limited to the following embodiments.

In the inclined-plane pull-bending type fishhook hanging plate pressure nail bending nail device as shown in the figure, the bottom end of the bracket is a horizontally arranged base plate 1-10, and two vertically spaced nails are erected on the base plate (fixed by connecting blocks 1-9). The vertical column 1-7 of the distance (the specific distance is determined according to the needs), the blanking plate mounting plate 1-8 and the driver mounting plate 1-2 are horizontally fixed on the two vertical columns from bottom to top and are separated from each other by a certain distance (the specific distance Determine according to needs); visible in the figure: the driver mounting plate is fixed on the top of the two columns through the shaft support 1-3, and the blanking plate mounting plate is then fixed on the column by set screws.

The fishhook hanging plate positioning seat 1-16 is arranged on the bottom of the bracket and the lower side of the blanking plate mounting plate; the fishhook hanging plate positioning seat includes a clamping positioning block 1-161 supported by four vertical rods and fixed on the base plate, A horizontally arranged and rectangular positioning block 1-162 is arranged on the clamping positioning block. On the positioning block, it can make it unable to move in the plane, so as to be positioned.

The blanking module 1-15 is located on the blanking plate mounting plate in the middle part of the support, and the nail 8 is guided and positioned on the fishhook hanging plate positioning seat. The blanking module includes a blanking block made of a nailing channel 5-1 and a nailing channel 5-2, and the diameter of the nailing channel and the nailing channel should be greater than the diameter of the nail and less than the length of the nail to ensure that the nail enters the After the channel, maintain the correct posture and slide down without turning somersaults while sliding down; it can be seen from the figure that in the blanking block, the nailing channel vertically runs through the upper and lower surfaces of the blanking block, and the nailing channel is inclined from top to bottom by a certain amount. The angle runs through the nailing channel; for the convenience of feeding, the top of the nailing channel is also made into a plane arranged obliquely (as a recommendation: the plane is perpendicular to the axis of the nailing channel); the angle of inclination can be determined according to needs, two recommended The angle between the two channels is 30-50 degrees.

The floating plate structure includes a sliding rail 1-5 (preferably a linear bearing) positioned on the support and a floating plate 1-6 supported by the sliding rail; it can be seen from the figure that the floating plate maintains a horizontal state and can slide vertically Positioned between the blanking plate mounting plate and the drive mounting plate.

The punching needle structure for stamping nails is arranged on the support (specifically on the floating plate); in the punching needle structure: the top of the punching needle mounting rod 1-13 is fixed (fixed by the fixing ring 1-12) on the floating plate, The bottom end then hangs vertically downwards; the punch pins 1-14 are vertically fixed (usually fixed with set screws) on the bottom end of the punch pin installation rod, and are aligned with the punching nail channel in the blanking module position; thus It can move vertically up and down along with the floating plate, and punch nails in the nail punching channel.

The driver 1-1 provides power to the punching needle mechanism through the sliding column structure; in the sliding column structure: the sliding hole is vertically arranged on the driver mounting plate, and the sliding column 1-12 is vertically slidingly matched with the sliding hole; the two sliding columns The terminals are respectively connected to the driver and the floating plate, so that the power applied by the driver is transferred to the floating plate.

Further, the device is also configured with a movable anvil mechanism (shown in FIG. 4 ); in the movable anvil mechanism: the anvil 4-3 with the anvil 4-4 can move along the linear guide rail 4-3 fixed on the base. 5 sliding, the adjusting screw 4-6 at both ends and the adjusting screw seat 4-2 are used to limit the sliding interval of the anvil. The support rod 3-1 hangs vertically, the top end is fixed on the floating plate, and the bottom end exerts force on the inclined-plane structure. In the inclined plane structure: the roller 4-1 is rotatably positioned on the anvil around the horizontal axis, and the wedge block 3-3 is fixed on the connecting block 3-2 at the bottom end of the support bar and moves vertically with the support bar. After the action of the rollers, it is converted into a driving force driving the anvil to move along the horizontal guide rail.

It can also be seen in the figure: one end of the clamping positioning block is made with a rectangular gap 1-163, and the rectangular gap is positioned at the lower edge of the punching needle channel and is aligned with the punching pin channel; The flat plane of the fishhook pedestal is flush) and just enters the rectangular gap following the movement of the anvil, so that when the punching needle moves, it just presses against the nail passing through the locating seat of the fishhook hanging plate and forces the nail to bend.

The driver (Figure 10) can be directly purchased (GTY-304C push-pull clamp is recommended, manufactured by Ningbo GoodEasy Tools Co., Ltd.).

The working process of the present utility model is as follows:

When starting to work, first buckle the recessed part of the fishhook hanging plate 7 downwards on the positioning block of the clamping positioning block, and the aperture 7-1 of the fishhook hanging plate is naturally aligned with the gap of the positioning block; A nail is added into the material module, and the nail slides from the nailing channel into the bottom of the punching channel; then the operator pulls the handle 1-11 of the driver, drives the floating plate to move down along the two guide columns through the sliding column, and punches the needle It also moves down with the floating plate and enters the punching channel of the blanking module, punching the nails and moving down along the punching channel; at the same time, the floating plate drives the support rod and the wedge at the bottom of the support rod downward together Movement, the slope of the wedge block presses the roller 4-1 on the anvil downward, driving the anvil to move horizontally along the guide rail 4-5, so that the anvil on the anvil enters the rectangular gap on the positioning seat of the fishhook hanging plate (When the inclined wedge rises, the anvil is pushed back by a return spring; the spring is omitted in the figure); then the nail passes through the small hole of the fishhook hanging plate positioning seat under the action of the stamping force and hits the top of the anvil The surface is thus bent; an operation process is completed.

It should be noted that what is listed above are only specific embodiments of the present invention. Apparently, the utility model is not limited to the above embodiments, and many variations are possible. All deformations that a person skilled in the art can derive or associate directly from the content disclosed in the utility model shall be considered as the protection scope of the utility model.

Claims (6)

1. A kind of inclined-plane pull-bending type fishhook hanging plate pressing nail bending nail device is characterized in that: the device comprises a bracket, a fishhook hanging plate positioning seat (1-16) arranged at the bottom of the bracket, located in the middle of the bracket and placed on the fishhook. The unloading module (1-15) that guides and positions the nails on the positioning seat of the hook plate, the punching needle structure that is located on the upper part of the bracket and punches nails through the floating plate structure, and the driver (1-15) that provides power to the punching needle structure through the sliding column structure 1) and the movable anvil mechanism that presses the impact force of the nail on the bottom end of the fishhook hanging plate positioning seat to bend the nail; The positioning seat of the fishhook hanging plate includes a positioning block (1-162) arranged horizontally and adapted to the outline of the fishhook hanging plate; The blanking module includes a blanking block made with a nailing channel (5-1) and a nailing channel (5-2); The punching pin structure includes a punching pin (1-14) fixed on a floating plate through a punching pin mounting rod (1-13); the punching pin is vertically arranged and can move vertically in and out of the punching channel; The floating plate structure includes a floating plate (1-6) that can be vertically and movably positioned on a support through a slide rail (1-5); The sliding column structure includes a sliding hole vertically arranged on the driver mounting plate and a sliding column (1-12) which is vertically slidingly fitted with the sliding hole and whose two ends are respectively connected to the driver and the floating plate. 2. The inclined-plane pull-bending type fishhook hanging plate pressing nail bending nail device according to claim 1, characterized in that: in the blanking block, the punching channel vertically runs through the upper and lower surfaces of the blanking block, adding The nail passage runs through the punching nail passage at a certain angle from top to bottom. 3. The inclined-plane pull-bending type fishhook hanging plate pressing nail bending device according to claim 1, characterized in that: the bracket includes a horizontally arranged bottom plate (1-10), stands on the bottom plate and is separated by a certain distance. Two columns (1-7) at a distance, and a blanking plate mounting plate (1-8) and a driver mounting plate (1-2) that are horizontally fixed on the two columns and spaced apart from each other. 4. The inclined-plane pull-bending type fishhook hanging plate pressing nail bending nail device according to claim 3, characterized in that: the blanking plate mounting plate is fixed with a blanking block and the blanking plate mounting plate is located in the clamping position The upper side of the block; a guide pin hole vertically arranged on the mounting plate of the blanking plate is aligned with the punching channel in the blanking block and smoothly butted. 5. The inclined-plane pull-bending type fishhook hanging plate pressing and nailing device according to claim 4, characterized in that: the floating plate can be vertically and movably positioned between the blanking plate mounting plate and the driver mounting plate through the slide rail Between; the punching pin installation rod hangs vertically downward from the floating plate, and the punching pin is vertically fixed on the bottom end of the punching pin installation rod and aligned with the punching nail channel. 6. The inclined-plane pull-bending type fishhook pegboard pressing nail bending device according to claim 1, characterized in that: the movable anvil mechanism includes a movable anvil block ( 4-4) the anvil (4-3), the inclined plane structure driving the anvil, and the support rod (3-1) that hangs downward from the floating plate and the bottom end exerts force on the inclined plane structure; the inclined plane structure includes A roller (4-1), which is rotatably positioned on the anvil around a horizontal axis, and a wedge (3-3) acting on the roller.