WO2022127388A1

WO2022127388A1 - 360-degree trigger structure and pen adopting the structure

Info

Publication number: WO2022127388A1
Application number: PCT/CN2021/126553
Authority: WO
Inventors: 宋迎迎; 余成鹏
Original assignee: 宋迎迎
Priority date: 2020-12-19
Filing date: 2021-10-27
Publication date: 2022-06-23
Also published as: CN112693251A; CN112693251B

Abstract

A 360-degree trigger structure and a pen adopting the structure. The trigger structure comprises an external trigger group (1), a displacement transmission member (2), a trigger terminal group (3), a reset mechanism (6) and a trigger (5); the external trigger group (1) is divided into a trigger ring assembly (11) and/or a ball trigger assembly (12); the trigger ring assembly (11) comprises a limiting portion (111) and a trigger ring (112); the ball trigger assembly (12) comprises a trigger member (121); the trigger terminal group (3) is divided into an external fitting terminal (31) and/or an internal fitting terminal (32); the external fitting terminal (31) is divided into an external trigger member (311) and an external base (312); and the internal fitting terminal (32) is divided into an internal trigger member (321) and an internal base (322). When the trigger is a pen and the outer diameters of the trigger ring (112) and the trigger member (121) are greater than the outer diameter of an outer rod (T2) and/or the outer diameter of the combination of the outer rod (T2) and the outer trigger member (311), the effect of automatic trigger is achieved, and when the pen is placed on any plane or within a bag, a pen refill can be automatically triggered to be retracted.

Description

A three-hundred and sixty-degree trigger structure and a pen using the structure

technical field

The present invention relates to a trigger structure, in particular to a 360-degree trigger structure and a pen using the structure.

Background technique

There are many trigger structures today, but most of them are structures that require active triggering and can only be triggered by a set direction; such as the push-out core structure at the end of the pressure pen; and this kind of active operation, when using , naturally will not forget to trigger, but when it is not in use, when you need to take the initiative to take the core operation, it will be forgotten, which will cause the pen to remain in the core state; Possibility of destroying items, such as falling to the floor, the pen tip is not only damaged, but also damages the floor;

To achieve this purpose using detection methods such as gravity sensors, the first realization is difficult, because the pen body itself is also inclined in the writing state, and during the writing process, the pen will shake in various postures, which may easily lead to misjudgment; Second, the cost of this method is very high, and it needs to increase the control motor, so it is very overkill, which is not conducive to the utilization of resources and is not environmentally friendly. Other products also face similar problems. Compared with the rapid development of modern society, the benefits are also slightly inferior;

Therefore, how to achieve 360-degree automatic triggering without dead angle through a simple mechanical mechanism is very important.

SUMMARY OF THE INVENTION

The purpose of the present invention is to solve the problem of automatic triggering of existing pens or other items, and to provide a 360-degree trigger structure and a pen using the structure, which can be placed on the desktop to trigger the core-retracting structure.

In order to realize the above-mentioned purpose of the invention, the present invention adopts the following technical solutions:

A 360-degree trigger structure and a pen using the structure, the 360-degree trigger structure includes an external trigger group, a displacement transmission member, a trigger terminal group, a reset mechanism and a trigger;

The external trigger component is a trigger ring component and/or a spherical trigger component;

The trigger ring assembly includes a limit portion and a trigger ring;

The spherical trigger assembly includes a trigger;

The trigger terminal group is an external coordination terminal and/or an internal coordination terminal;

The external matching terminal is divided into an external trigger and an external base;

The internal matching terminal is divided into an internal trigger and an internal base;

The displacement transmission member is specifically located between the external trigger group and the trigger terminal group, and is sleeved on the limiting part, the external base or the internal base;

When using the internal matching terminal, the lower part of the displacement transmission member is also provided with an internal linkage rod; the internal base is also provided with a linkage through hole; the internal linkage rod passes through the linkage through hole and contacts the internal trigger member;

When the external mating terminal and the internal mating terminal are used at the same time, one of the external base and the internal base can be used;

The trigger element and the outer base or the trigger element and the inner base are connected by means of joint bearings;

The limiting portion and the external base or between the limiting portion and the internal base are indirectly fixed on the external base or the internal base through threads, snap-fit, magnetic attraction, bonding, bearings and/or other components;

The lower side of the limiting portion and/or the upper side of the displacement transmission member is provided with an annular sliding slope;

The upper side and/or the lower side of the trigger ring and/or the lower side of the trigger element are provided with an annular cut-in slope;

The trigger ring is specifically located between the limiting portion and the outer base or between the limiting portion and the inner base;

There is at least one slip-in slope or cut-in slope between the external trigger group and the displacement transmission member; it is convenient for the external trigger group to be subjected to force, and the displacement transmission member is transmitted to cause displacement, and the actual deviation angle of the external trigger group is related to the displacement transmission. The relationship between the actual distance between the pieces is affected by the specific angle of the slip-in slope and the cut-in slope;

The reset mechanism is composed of one or more materials with elastic force, elasticity or magnetic force; such as: spring, shrapnel, elastic material, magnet and/or repulsion force generated between magnets;

The reset mechanism can be located between the internal trigger and the internal base, between the external trigger and the trigger, between the internal trigger and the trigger, between the external trigger and the external base, and/or between the limiter and the displacement transmission between pieces;

The effect is: using the elastic force, elasticity, magnetic force and/or repulsion force of the reset mechanism, after the external force disappears, the external trigger group is re-aligned, that is, the displacement transmission member returns to the position before the force; wait for the next external force to arrive;

The external trigger member and the external base are matched by hinge connection; when one end of the external trigger member is pressed by the displacement transmission member, the other end of the external trigger member will undergo a displacement change.

The 360-degree trigger structure converts the 360-degree lateral external force into vertical power through the external trigger group and the displacement transmission member, and then converts it into the final power required by any angle through the trigger terminal group, and the final power will be There is a linkage effect between the trigger and the trigger, so that it can be activated, closed, terminated, activated or moved; the specific linkage effect is that the trigger terminal group breaks away from the original constraint relationship with the trigger, and the trigger terminal group forces the trigger to change its current state. The location or trigger terminal set creates pressure on the trigger.

A 360-degree trigger structure and a pen using the structure, the 360-degree trigger structure includes a trigger element, an internal matching terminal, a reset mechanism and a trigger;

The trigger element and the inner base are connected by means of a joint bearing;

The reset mechanism is composed of one or more materials with elastic force, elasticity or magnetic force;

The reset mechanism can be located between the inner trigger and the inner base, and between the inner trigger and the trigger;

The upper side of the internal trigger is provided with an adjustment inner ring groove; the lower end of the trigger member is also provided with an adjustment rod; one end of the adjustment rod is located in the adjustment inner ring groove;

The adjusting rod takes the joint bearing between the trigger and the inner base as the center of the circle, and the included angle between the arc formed by the rotation and the axis is greater than the included angle of the groove surface between the cross section of the inner groove of the adjusting inner ring groove and the axis. ;

The actual deviation angle of the trigger element and the actual moving distance of the internal matching terminal are determined by the difference between the included angle of the groove surface and the included angle of the arc;

The effect is: using the elastic force, elasticity, magnetic force and/or repulsion force of the reset mechanism, after the external force disappears, the trigger is re-aligned and waits for the next external force;

When the trigger is subjected to an external force in any direction of 360 degrees, the internal trigger will be forced to move down by adjusting the inner ring groove; and the overall downward movement of the internal trigger will cause the internal trigger and the trigger to move downward. There is a linkage effect between the triggers, so that the trigger is activated, closed, terminated, activated or moved; the specific linkage effect is that the trigger terminal group breaks away from the original constraint relationship with the trigger, the trigger terminal group forces the trigger to change its current position or Trigger terminal groups stress the trigger.

Preferably, the trigger ring assembly is also provided with a central control pressing piece and a pressing limiter; the central control pressing piece movably slides in the limiter, the outer base and/or the inner base; the pressing limiter After the central control pressing piece passes through the limit part, the outer base and/or the inner base, the positioning piece is fixed with the central control pressing piece by thread, snap, glue or magnetic force, so as to prevent the central control pressing piece from slipping out of the limit one end of the central control pressing member is provided with a pressing portion, and the other end is against the upper side of the internal triggering member;

When the pressing part is squeezed by the external force, the central control pressing piece will be transmitted to the internal triggering piece, so as to produce a linkage effect between the internal triggering piece and the triggering object; thus, the triggering object will be activated, closed, terminated, and activated. or move.

Preferably, a self-locking buckle is also arranged on the lower side of the pressing part; a self-locking groove matching the self-locking buckle is also arranged on the limiting part; Snap and/or magnetic fit. The above-mentioned self-locking buckle and self-locking slot can make the internal trigger always move downward, that is, the state where the internal trigger is continuously in contact with the trigger; then the internal trigger continues to maintain a linkage state with the trigger.

Preferably: the external trigger is hinged between the external trigger and the external base as the cutting point, the external trigger is divided into an external transmission part and an external force-bearing part, and the part in contact with the displacement transmission part is the external part. Transmission part; when the angle between the external transmission part and the axis is greater than 90°, the external transmission part can be directly transmitted by the displacement transmission element; and when the angle between the external transmission part and the axis is less than or equal to 90°, the displacement It is difficult for the transmission part to transmit the external transmission part, unless the point of hinge connection between the external trigger part and the external base is far away from the displacement transmission part. Therefore, in order to overcome the above problems; the displacement transmission part There is also a transmission extension column on the lower side of the device, which is used to overcome the contact drop caused by the too small angle between the displacement transmission part and the external transmission part.

Preferably: the three-hundred and sixty-degree trigger structure is obtained by adding a central axis rotation column, an internal regulator and a fixing member; the internal regulator and the trigger, the external base or the internal base are connected by threads; the middle The shaft rotating column is specifically located between the external base and the internal adjuster or between the internal adjuster and the internal base; the displacement transmission member is instead sleeved on the central axis rotating column, the external base or the internal base; the central axis rotating column The upper end is provided with an operation snap protrusion; the lower end of the central axis rotating column is provided with a rotation snap protrusion; both the operation snap protrusion and the rotation snap protrusion are non-cylindrical; The fixing piece is fixed; the fixing piece is fixed on the central axis rotating column by means of threads, snapping, gluing or magnetic force; the rotating clip is sleeved in the internal regulator;

Since both the operation snap protrusion and the rotation snap protrusion are non-cylindrical, when the limiter is rotated forward or reverse, the central axis rotating column will rotate, and the rotation of the center axis rotating column will drive the internal regulator Make the corresponding rotation; thus indirectly control the position of the internal regulator, but the position of the limit part and the central axis rotating column itself remain unchanged, you can rotate the limit part to control the original function without affecting the original function. The position of the internal regulator; and the internal regulator can produce a stable and continuous linkage with the trigger.

Preferably: the trigger is provided with a pry bar slot; the pry bar slot is also provided with a pry bar, and the pry bar and the trigger object are hinged and fixed; the pry bar is also provided with a remote trigger part and the transmission trigger part; the external trigger part is connected by the hinge between the external trigger part and the external base as the cutting point, and the external trigger part is divided into an external transmission part and an external force-bearing part, and the part that is in contact with the displacement transmission part It is an external transmission part; the transmission trigger part is located on one side of the external force-receiving part, and the remote trigger part is located on the side away from the external force-receiving part; When the transmission trigger part is lifted up, the external force receiving part is lifted up; a linkage effect is produced between the external trigger element and the trigger object.

Preferably: the trigger is a pen, a buckle, a switch, a generator, a valve and/or a lock.

As a practical application of the present invention, the three-hundred-and-sixty-degree trigger structure is suitable for a pen, and the specific applied pen structure includes a movable rod, an outer rod, a refill, and a return spring;

The movable rod is sleeved in the outer rod;

The movable rod is provided with a lock;

The outer rod is provided with a through hole or an inner ring hook;

The refill is located in the movable rod or in the inner cavity formed by the combination of the movable rod and the outer rod;

The 360-degree trigger structure is mounted on the tail of the outer rod through the outer base or the inner base as a whole;

The return spring is arranged between the movable rod and the refill or between the movable rod and the outer base or between the movable rod and the inner base;

When the return spring is arranged between the movable rod and the outer base or between the movable rod and the inner base, the tail of the refill needs to be fixed on the outer base or the inner base, or an additional reset is added between the refill and the movable rod spring;

If an external matching terminal is used, then the external trigger is also provided with a trigger hook that passes through the through hole and is engaged with the lock, and the trigger hook is not easily separated from the through hole;

If the internal mating terminal is used, the lock catch and the inner ring hook are engaged; the outer rod is also provided with an anti-releasing ring protrusion; the lock is not easy to pass through the anti-releasing ring protrusion;

If the external matching terminal and the internal matching terminal are used at the same time, the external trigger member is also provided with a trigger hook that passes through the through hole and is engaged with the lock; the internal trigger member is also provided with an escape slope; When the trigger member moves down, the engaging relationship between the lock catch and the trigger hook can be forced to disengage through the detachment slope; the trigger hook is not easily separated from the through hole;

When the lock is located at the bottom of the anti-detachment ring convex or the through hole, the refill is not in use; at this time, the movable rod is subjected to the elastic force of the return spring to maximize the degree of cooperation between the movable rod and the outer rod, then At this time, the space of the inner cavity formed by the movable rod and the outer rod is maximized, and the refill is hidden in the inner cavity;

The length of the through hole is at least greater than the distance difference between when the refill is hidden in the inner cavity and the state where the refill is exposed;

However, when the movable rod is manually controlled to move to the outer rod end, so that the lock is engaged with the inner ring hook or the trigger hook, then due to the increased overlapping space between the movable rod and the outer rod, the actual inner cavity The length is reduced, therefore, the refill is in the state of exposing the inner cavity, and the locking effect between the lock buckle and the inner ring hook or the trigger hook can avoid the influence of the return spring, and the refill continues to be exposed. , this is the use state;

Through the 360-degree trigger structure or direct manual control of the external force-receiving part, the engagement state between the lock catch and the inner ring hook or the trigger hook disappears, so that the reset spring will move the lock to the anti-dropping position. The bottom of the ring convex or through hole, then return to the unused state.

As a further preference of the present invention: the external base or the internal base adopts a separate structure; it is easy to install, and the external trigger and the external base can be rotated relative to the external base, and the internal trigger and the internal base can be rotated relative to the internal base; The locking buckle and the movable rod adopt a separate structure; it is easy to install and replace consumables; the outside of the 360-degree trigger structure can also be covered with a protective cover; the front end of the movable rod can also be provided with an operation cover; The movable rod is also provided with an extension column, and the lock is mainly installed or located on the extension column; the movable rod adopts a separate structure and is divided into a movable inner rod and a movable sleeve rod, and the movable inner rod and The movable sleeve rod is directly combined by thread, snap or magnetic attraction;

As a further preference of the present invention: when the outer diameter of the trigger ring and the trigger member is larger than the outer diameter of the outer rod and/or the outer diameter of the combination of the outer rod and the external trigger member, the effects of automatic triggering and landing triggering can be realized , when the pen is placed on the table, the external trigger group is automatically triggered, resulting in automatic core retraction.

As a further preference of the present invention: the bottom of the inner adjuster is also provided with an adjustment escape slope; the adjustment escape slope can make the latch and the inner ring hook or the trigger hook to be disengaged, and if the inner adjuster is If it is not unlocked by manual rotation, the lock will be continuously affected by the adjustment and escape from the slope, and will not be able to form a snapping effect with the inner ring hook or the trigger hook;

Compared with the prior art, after adopting the above-mentioned technical scheme, it has the following beneficial effects:

1. It has the effect of 360-degree triggering, and can convert the force into vertical power, and can also convert vertical power into force in any direction.

2. It has the effect of top triggering and top self-locking.

3. The effect of strong self-locking and rotation triggering can be realized in favor of the original limit part.

Fourth, and before the strong self-locking, it will automatically trigger once to unlock it to ensure that the strong self-locking state is not in use;

5. It has the effect of remote control triggering.

6. The trigger effect can be achieved through a variety of trigger structures.

7. The effect of controlling the trigger can be realized through a variety of trigger terminals.

8. Since the trigger terminal structure can be expanded and deformed, it can be applied to different trigger objects to achieve a 360-degree trigger effect.

9. When the trigger is a pen, and the outer diameter of the trigger ring and the trigger is larger than the outer diameter of the outer rod and/or the outer diameter of the combination of the outer rod and the outer trigger, it has the effect of automatic triggering. When placed on any flat surface or in a bag, the core can be automatically triggered to ensure that when the pen is not in use, whether it is placed on a desktop or in a backpack, it can be ensured that it is in the cored state.

10. The external trigger can be made into the effect of a pen clip, so that it has the ability to control the trigger terminal and also has the effect of a pen clip, and when people use the external trigger as a pen clip, it will automatically trigger the core retraction , When the pen is hung on clothes or pockets, make sure that the refill is 100% in the retracted state, that is, the refill is completely in the inner cavity.

Description of drawings

FIG. 1 is a front view of Embodiment 1 of the present invention.

FIG. 2 is a cross-sectional view at D-D of FIG. 1 of the present invention.

FIG. 3 is a front view of Embodiment 2 of the present invention.

FIG. 4 is a cross-sectional view taken along line E-E of FIG. 3 of the present invention.

FIG. 5 is a front view of Embodiment 3 of the present invention.

FIG. 6 is a cross-sectional view at M-M of FIG. 5 of the present invention.

FIG. 7 is a left side view of Embodiment 4 of the present invention.

FIG. 8 is a cross-sectional view at O-O of FIG. 7 of the present invention.

FIG. 9 is a front view of Embodiment 4 of the present invention.

FIG. 10 is a cross-sectional view taken along the line F-F of FIG. 9 of the present invention.

11 is a perspective exploded view of Embodiment 4 of the present invention.

FIG. 12 is a front view of Embodiment 5 of the present invention.

FIG. 13 is a cross-sectional view taken along line H-H of FIG. 12 of the present invention.

FIG. 14 is a perspective exploded view of Embodiment 5 of the present invention.

FIG. 15 is a front view of Embodiment 6 of the present invention.

FIG. 16 is a cross-sectional view taken along the line J-J of FIG. 15 of the present invention.

FIG. 17 is a perspective exploded view of Embodiment 6 of the present invention.

FIG. 18 is a partial enlarged view of L in FIG. 17 of the present invention.

Detailed ways

The present invention will be further described below with reference to the accompanying drawings.

Example 1:

As shown in Figures 1 to 2, a three-hundred-and-sixty-degree trigger structure and a pen using the structure, the above-mentioned three-hundred and sixty-degree trigger structure includes a trigger member 121, a displacement transmission member 2, an external matching terminal 31, and a reset mechanism 6 and pen.

The above-mentioned external mating terminal 31 is divided into an external trigger member 311 and an external base 312 .

The above-mentioned displacement transmission member 2 is specifically located between the trigger member 121 and the external matching terminal 31 , and is sleeved on the external base 312 .

The upper side of the above-mentioned displacement transmission member 2 is provided with an annular sliding slope 41 .

The lower side of the trigger element 121 is provided with an annular cut-in slope 42 .

There is at least one slide-in slope 41 or cut-in slope 42 between the above-mentioned trigger member 121 and the displacement transmission member 2 . After the triggering member 121 is stressed, it is transmitted to the displacement transmission member 2 to cause displacement, and the relationship between the actual deviation angle of the triggering member 121 and the actual distance between the displacement transmission member 2 is affected by the sliding into the slope 41 and the cut into the slope. 42 specific angle effects.

The above-mentioned reset mechanism 6 is composed of two magnetically attractable objects;

The above-mentioned reset mechanism 6 is located between the external trigger 311 and the external base 312

The effect is that after the external force disappears by using the magnetic attraction force of the reset mechanism 6, the trigger member 121 is re-aligned, that is, the displacement transmission member 2 returns to the position before the force is applied. Waiting for the arrival of the next external force.

The above-mentioned external trigger member 311 and the external base 312 are connected by hinge connection. When one end of the external trigger member 311 is pressed by the displacement transmission member 2, the other end of the external trigger member 311 will undergo a displacement change.

The above-mentioned 360-degree trigger structure converts the 360-degree lateral external force into vertical power through the trigger member 121 and the displacement transmission member 2, and then converts it into the final power required by any angle through the external matching terminal 31, and the above-mentioned final power will be Create a linkage effect with the pen, causing it to be activated, deactivated, terminated, activated, or moved. The specific linkage effect is that the external cooperating terminal 31 breaks away from the original constraint relationship with the pen, the external cooperating terminal 31 forces the pen to change its current position, or the external cooperating terminal 31 exerts pressure on the pen.

In order to realize remote triggering, as an extension, a pry bar groove 9 is provided on the above-mentioned pen. A pry bar 91 is also provided in the pry bar groove 9, and the pry bar 91 and the pen are hinged and fixed. The above-mentioned pry bar 91 is also provided with a remote trigger part 911 and a transmission trigger part 912. The external trigger 311 is divided into an external transmission part 3111 and an external force-bearing part 3112 with the hinge connection between the external trigger 311 and the external base 312 as the cutting point. The part is the external transmission part 3111 . The above-mentioned transmission trigger portion 912 is disposed on one side of the external force receiving portion 3112 , and the remote trigger portion 911 is disposed on the side away from the external force receiving portion 3112 . By pressing the remote triggering portion 911 to generate a lever principle, the transmission triggering portion 912 is lifted up, and the above-mentioned external force receiving portion 3112 is lifted up. A linkage effect is produced between the external trigger 311 and the pen.

As a practical application of the present invention, the above-mentioned 360-degree trigger structure is suitable for a pen, and the specific applied pen structure includes a movable rod T1, an outer rod T2, a refill T3, and a return spring T4.

The above-mentioned movable rod T1 is sleeved into the outer rod T2.

The above-mentioned movable rod T1 is provided with a lock T11.

The outer rod T2 is provided with a through hole T21.

The above-mentioned refill T3 is located in the movable rod T1 or the inner cavity formed by the combination of the movable rod T1 and the outer rod T2.

The above-mentioned 360-degree trigger structure is mounted on the tail of the outer rod T2 through the outer base 312 as a whole.

The above-mentioned return spring T4 is provided between the movable rod T1 and the external base 312 .

When the above-mentioned reset spring T4 is arranged between the movable rod T1 and the external base 312, the tail of the refill T3 needs to be fixed on the external base 312 or the internal base 322, or an additional reset is added between the refill T3 and the movable rod T1 Spring T4.

If the external mating terminal 31 is used, the external trigger member 311 is further provided with a trigger hook 3113 that passes through the through hole T21 and engages with the latch T11 , and the trigger hook 3113 is not easily separated from the through hole T21 .

When the lock T11 is located at the bottom of the through hole T21, the refill is not in use. At this time, the movable rod T1 is subjected to the elastic force of the return spring T4, so that the degree of cooperation between the movable rod T1 and the outer rod T2 is maximized. At this time, the space of the inner cavity formed by the movable rod T1 and the outer rod T2 is maximized. The refill T3 is in a state of being hidden in the inner cavity.

The length of the above-mentioned through hole T21 is at least greater than the distance difference between when the refill is hidden in the inner cavity and when the refill is exposed.

However, when the movable rod T1 is manually controlled to move to the end of the outer rod T2 so that the latch T11 is engaged with the trigger hook 3113, at this time, since the overlapping space between the movable rod T1 and the outer rod T2 increases, the actual inner The length of the cavity is reduced, therefore, the refill is in the state of exposing the cavity, and the engaging effect between the latch T11 and the trigger hook 3113 can avoid being affected by the return spring T4, so the refill continues to be exposed. status, this is the use status.

Through the 360-degree trigger structure or direct manual control of the external force-receiving portion 3112, the engagement state between the latch T11 and the trigger hook 3113 disappears, so that the reset spring T4 will move the latch T11 to the open position. The bottom of the hole T21 is restored to the unused state at this time.

As an expansion supplement, the structure can be adjusted and optimized as follows, and the above-mentioned external base 312 adopts a separate structure. Then the installation is convenient, and the external trigger member 311 and the external base 312 can be rotated relative to the external base 312 , and the internal trigger member 321 and the internal base 322 can be rotated relative to the internal base 322 . The above-mentioned locking buckle T11 and movable rod T1 adopt a separate structure. Easy installation and replacement of consumables. The above-mentioned 360-degree trigger structure can also be covered with a protective cover 93 outside. The front end of the above-mentioned movable rod T1 can also be provided with an operation sleeve T12. In order to have the effect of automatically retracting the core when placed on a platform or bag, the outer diameter of the trigger ring 112 and the trigger member 121 is larger than the outer diameter of the outer rod T2 and/or the combination of the outer rod T2 and the external trigger member 311. When the outer diameter is larger, the effects of automatic triggering and landing triggering can be realized. When the pen is placed on the desktop, the triggering member 121 will be automatically triggered, thereby causing the core to be automatically retracted.

Example 2:

As shown in Figures 3 to 4, a 360-degree trigger structure and a pen using the structure, the above-mentioned 360-degree trigger structure includes an external trigger group 1, a displacement transmission member 2, a trigger terminal group 3, a reset Body 6 and pen.

The above-mentioned external trigger group 1 is divided into a trigger ring assembly 11 .

The above-mentioned trigger ring assembly 11 includes a limiting portion 111 and a trigger ring 112 .

The above-mentioned trigger terminal group 3 is divided into external cooperation terminals 31 .

The above-mentioned displacement transmission member 2 is specifically located between the external trigger group 1 and the trigger terminal group 3 , and is sleeved on the limiting portion 111 .

The above-mentioned limiting portion 111 and the outer base 312 are fixed on the outer base 312 or the inner base 322 through threads.

An annular sliding slope 41 is provided on the lower side of the limiting portion 111 and/or the upper side of the displacement transmission member 2 .

An annular cut-in slope 42 is provided on the upper side and/or the lower side of the trigger ring 112 and/or the lower side of the trigger element 121 .

The above-mentioned trigger ring 112 is specifically located between the limiting portion 111 and the outer base 312 or between the limiting portion 111 and the inner base 322 .

There is at least one slide-in slope 41 or cut-in slope 42 between the above-mentioned external trigger group 1 and the displacement transmission member 2 . After the external trigger group 1 is stressed, it is transmitted to the displacement transmission member 2 to cause displacement, and the relationship between the actual deviation angle of the external trigger group 1 and the actual distance between the displacement transmission member 2 is affected by the sliding into the slope 41 and the relationship between the displacement transmission member 2. The specific angle of the cut-in slope 42 affects.

The above-mentioned reset mechanism 6 is composed of two magnetically attractable objects, and at least one of the magnetically attractable objects is a permanent magnet;

The above-mentioned reset mechanism 6 may be located between the inner and outer trigger members 311 and the outer base 312 .

The effect is: using the magnetic attraction force of the reset mechanism 6, after the external force disappears, the external trigger group 1 is re-aligned, that is, the displacement transmission member 2 returns to the position before the force is applied. Waiting for the arrival of the next external force.

The above-mentioned 360-degree trigger structure converts the 360-degree lateral external force into vertical power through the external trigger group 1 and the displacement transmission member 2, and then converts it into the final power required by any angle through the trigger terminal group 3. The above-mentioned final power A linkage effect is created with the pen, causing it to be activated, deactivated, terminated, activated, or moved. The specific linkage effect is to trigger the terminal group 3 to break away from the original constraint relationship with the pen, to trigger the terminal group 3 to force the pen to change its current position, or to trigger the terminal group 3 to exert pressure on the pen.

In order to realize remote triggering, as an extension, a pry bar groove 9 is provided on the above-mentioned pen. A pry bar 91 is also provided in the pry bar groove 9, and the pry bar 91 and the pen are hinged and fixed. The pry bar 91 is also provided with a remote trigger part 911 and a transmission trigger part 912 . The external trigger 311 is divided into an external transmission part 3111 and an external force-bearing part 3112 with the hinge connection between the external trigger 311 and the external base 312 as the cutting point. The part is the external transmission part 3111 . The above-mentioned transmission trigger portion 912 is disposed on one side of the external force receiving portion 3112 , and the remote trigger portion 911 is disposed on the side away from the external force receiving portion 3112 . By pressing the remote triggering portion 911 to generate a lever principle, the transmission triggering portion 912 is lifted up, and the above-mentioned external force receiving portion 3112 is lifted up. A linkage effect is produced between the external trigger 311 and the pen.

The above-mentioned movable rod T1 is sleeved into the outer rod T2.

The above-mentioned movable rod T1 is provided with a lock T11.

The outer rod T2 is provided with a through hole T21.

The above-mentioned refill T3 is located in the inner cavity formed by the combination of the movable rod T1 and the outer rod T2.

The above-mentioned 360-degree trigger structure is mounted on the tail of the outer rod T2 through the outer base 3122 as a whole.

When the above-mentioned return spring T4 is provided between the movable rod T1 and the external base 312 , the tail of the refill T3 needs to be fixed on the external base 312 .

Using the external mating terminal 31, the external trigger member 311 is further provided with a trigger hook 3113 that passes through the through hole T21 and is engaged with the lock T11, and the trigger hook 3113 is not easily separated from the through hole T21.

As an expansion supplement, the structure can be adjusted and optimized as follows, and the above-mentioned external base 312 adopts a separate structure. Then the installation is convenient, and the external trigger member 311 and the external base 312 can be rotated relative to the external base 312 , and the internal trigger member 321 and the internal base 322 can be rotated relative to the internal base 322 . The above-mentioned locking buckle T11 and movable rod T1 adopt a separate structure. Easy installation and replacement of consumables. The front end of the above-mentioned movable rod T1 can also be provided with an operation sleeve T12. In order to have the effect of automatically retracting the core when placed on a platform or bag, the outer diameter of the trigger ring 112 and the trigger member 121 is larger than the outer diameter of the outer rod T2 and/or the combination of the outer rod T2 and the external trigger member 311. When the outer diameter is set, the effect of automatic triggering and landing triggering can be realized. When the pen is placed on the desktop, the external triggering group 1 will be automatically triggered, resulting in automatic core retraction.

Example 3:

As shown in Figures 5 to 6, a 360-degree trigger structure and a pen using the structure, the above-mentioned 360-degree trigger structure includes an external trigger group 1, a displacement transmission member 2, a trigger terminal group 3, a reset Body 6 and pen.

The above-mentioned trigger terminal group 3 is divided into an external matching terminal 31 and an internal matching terminal 32 .

The above-mentioned internal matching terminal 32 is divided into an internal trigger member 321 and an internal base 322 .

The above-mentioned displacement transmission member 2 is specifically located between the external trigger group 1 and the trigger terminal group 3 , and is sleeved on the limiting portion 111 , the external base 312 or the internal base 322 .

Both the limiting portion 111 and the outer base 312 are fixed on the outer base 312 by screws.

The above-mentioned reset mechanism 6 is composed of two permanent magnets.

The above-mentioned reset mechanism 6 is located on the external trigger 311 and the pen, respectively, and the two permanent magnets face each other at the same level to generate a repulsive force.

The effect is: using the repulsive force of the reset mechanism 6, after the external force disappears, the external trigger group 1 is re-aligned, that is, the displacement transmission member 2 returns to the position before the force is applied. Waiting for the arrival of the next external force.

In order to satisfy the structure of the external trigger member 311 in various situations, as an extension and supplement, the hinge connection between the external trigger member 311 and the external base 312 is used as the cutting point, and the external trigger member 311 is divided into an external drive The part 3111 and the external force receiving part 3112, the above-mentioned part in contact with the displacement transmission member 2 is the external transmission part 3111. When the angle D1 between the external transmission part 3111 and the axis C1 is greater than 90°, the external transmission part 3111 can be directly transmitted by the displacement transmission member 2 . When the angle D1 between the external transmission part 3111 and the axis C1 is less than or equal to 90°, it is difficult for the above-mentioned displacement transmission member 2 to transmit the external transmission part 3111 unless the hinged connection between the external trigger member 311 and the external base 312 is This can only be achieved when the point position is far from the displacement transmission member 2 , therefore, in order to overcome the above problems. The lower side of the displacement transmission member 2 is further provided with a transmission extension column 21 for overcoming the contact drop caused by the too small angle between the displacement transmission member 2 and the external transmission portion 3111 .

The above-mentioned movable rod T1 is sleeved into the outer rod T2.

The above-mentioned movable rod T1 is provided with a lock T11.

The outer rod T2 is provided with a through hole T21.

When the above-mentioned restoring spring T4 is provided between the movable rod T1 and the external base 312 , the tail of the refill T3 needs to be fixed on the external base 312 .

As an expansion supplement, the structure can be adjusted and optimized as follows, and the above-mentioned external base 312 adopts a separate structure. Then the installation is convenient, and the external trigger member 311 and the external base 312 can be rotated relative to the external base 312 , and the internal trigger member 321 and the internal base 322 can be rotated relative to the internal base 322 . The above-mentioned locking buckle T11 and movable rod T1 adopt a separate structure. Easy installation and replacement of consumables. The front end of the above-mentioned movable rod T1 can also be provided with an operation sleeve T12. In order to have the effect of automatically retracting the core when placed on a platform or bag, the outer diameter of the trigger ring 112 and the trigger member 121 is larger than the outer diameter of the outer rod T2 and/or the combination of the outer rod T2 and the external trigger member 311. When the outer diameter is set, the effect of automatic triggering and landing triggering can be realized. When the pen is placed on the desktop, the external trigger group 1 will be automatically triggered, resulting in automatic core retraction.

Example 4:

As shown in Figures 7 to 11, a 360-degree trigger structure and a pen using the structure, the above-mentioned 360-degree trigger structure includes an external trigger group 1, a displacement transmission member 2, a trigger terminal group 3, a reset Body 6 and pen.

The above-mentioned trigger terminal group 3 is divided into external matching terminals 31 and/or internal matching terminals 32 .

When the internal matching terminal 32 is used, an internal linkage rod 22 is also provided below the above-mentioned displacement transmission member 2 . The inner base 322 is also provided with a linkage through hole 3221 . The internal linkage rod 22 passes through the linkage through hole 3221 to contact the internal trigger member 321 .

When both the external matching terminal 31 and the internal matching terminal 32 are used, one of the external base 312 and the internal base 322 may be used.

The above-mentioned limiting portion 111 and the outer base 312 or between the limiting portion 111 and the inner base 322 are both fixed on the outer base 312 or the inner base 322 by screws.

The above-mentioned reset mechanism 6 is composed of two permanent magnets.

In order to achieve the effect of top triggering, the above-mentioned trigger ring assembly 11 is further provided with a central control pressing member 71 and a pressing limiting member 72 . The above-mentioned central control pressing member 71 slides movably in the limiting portion 111 , the outer base 312 and/or the inner base 322 . After the central control pressing member 71 passes through the limiting portion 111, the outer base 312 and/or the inner base 322, the above-mentioned pressing and limiting member 72 is threaded, snapped, glued or magnetically fixed to the central control pressing member 71. , to prevent the central control pressing member 71 from slipping off the limiting portion 111 , the outer base 312 and/or the inner base 322 . One end of the above-mentioned central control pressing member 71 is provided with a pressing portion 711 , and the other end is in contact with the upper side of the internal trigger member 321 .

When the pressing portion 711 is squeezed by an external force, the central control pressing member 71 will be transmitted to the internal trigger member 321, so that a linkage effect is produced between the internal trigger member 321 and the pen. This causes the pen to be activated, deactivated, terminated, activated or moved.

In order to achieve the effect of self-locking at the top, a self-locking buckle 712 is also provided on the lower side of the pressing portion 711 . The limiting portion 111 is also provided with a self-locking groove 1111 matching the self-locking buckle 712 . The self-locking buckle 712 and the self-locking groove 1111 are matched by means of threads, snaps and/or magnetic attraction. Through the self-locking catch 712 and the self-locking slot 1111, the internal trigger member 321 can always be in a downward movement state, that is, the internal trigger member 321 is continuously in contact with the pen. Then, the internal trigger 321 continues to maintain the linkage state with the pen.

The above-mentioned movable rod T1 is sleeved into the outer rod T2.

The above-mentioned movable rod T1 is provided with a lock T11.

The outer rod T2 is provided with a through hole T21.

The above-mentioned 360-degree trigger structure is mounted on the tail of the outer rod T2 through the outer base 312 or the inner base 322 as a whole.

The above-mentioned return spring T4 is provided between the movable rod T1 and the refill T3.

At the same time, if the external matching terminal 31 and the internal matching terminal 32 are used, the above-mentioned external trigger member 311 is further provided with a trigger hook 3113 which passes through the through hole T21 and engages with the lock buckle T11. The above-mentioned internal trigger member 321 is also provided with an escape slope 3212 . When the above-mentioned internal trigger member 321 moves downward, the engaging relationship between the latch T11 and the trigger hook 3113 can be forced to disengage through the escape slope 3212 . The above-mentioned trigger hook 3113 is not easily separated from the through hole T21.

However, when the movable rod T1 is manually controlled to move to the end of the outer rod T2 so that the latch T11 is engaged with the trigger hook 3113, at this time, since the overlapping space between the movable rod T1 and the outer rod T2 increases, the actual inner The length of the cavity is reduced, therefore, the refill is in the state of exposing the cavity, and the engaging effect between the lock buckle T11 and the inner ring hook T22 or the trigger hook 3113 can avoid the influence of the return spring T4, and the refill continues to Keep the state of the refill exposed, this is the state of use.

As an expansion supplement, the structure can be adjusted and optimized as follows, and the above-mentioned outer base 312 or inner base 322 adopts a separate structure. Then the installation is convenient, and the external trigger member 311 and the external base 312 can be rotated relative to the external base 312 , and the internal trigger member 321 and the internal base 322 can be rotated relative to the internal base 322 . The above-mentioned locking buckle T11 and movable rod T1 adopt a separate structure. Easy installation and replacement of consumables.

In order to have the effect of automatically retracting the core when placed on a platform or bag, the outer diameter of the trigger ring 112 and the trigger member 121 is larger than the outer diameter of the outer rod T2 and/or the combination of the outer rod T2 and the external trigger member 311. When the outer diameter is set, the effect of automatic triggering and landing triggering can be realized. When the pen is placed on the desktop, the external trigger group 1 will be automatically triggered, resulting in automatic core retraction.

Example 5:

As shown in Figures 12 to 14, a 360-degree trigger structure and a pen using the structure, the above-mentioned 360-degree trigger structure includes a trigger 121, an internal matching terminal 32, a reset mechanism 6 and a pen.

The trigger member 121 and the inner base 322 are connected by a joint bearing.

The above-mentioned reset mechanism 6 is composed of one or more substances with elastic force, elasticity or magnetic force.

The above-mentioned reset mechanism 6 may be located between the internal trigger member 321 and the internal base 322, and between the internal trigger member 321 and the pen.

An adjustment inner ring groove 3211 is provided on the upper side of the above-mentioned internal trigger member 321 . The lower end of the trigger member 121 is also provided with an adjusting rod 1211 . One end of the adjusting rod 1211 is located in the adjusting inner ring groove 3211 .

The above-mentioned adjusting rod 1211 takes the joint bearing between the trigger 121 and the inner base 322 as the center of the circle, and the included angle A1 between the arc formed by the rotation and the axis C1 is greater than the distance between the cross section of the inner groove of the adjusting inner ring groove 3211 and the axis C1. The included angle B1 between the groove surfaces.

The actual deviation angle of the triggering member 121 and the actual moving distance of the inner fitting terminal 32 are determined by the difference between the angle B1 of the groove surface and the angle A1 of the arc.

The effect is: using the elastic force, elasticity, magnetic force and/or repulsion force of the reset mechanism 6 , after the external force disappears, the trigger member 121 is re-aligned and waits for the next external force.

When the trigger member 121 is subjected to an external force in any direction of 360 degrees, the inner trigger member 321 will be forced to move downward by adjusting the inner ring groove 3211 . The overall downward movement of the internal trigger member 321 will cause a linkage effect between the internal trigger member 321 and the pen. This causes the pen to be activated, deactivated, terminated, activated or moved. The specific linkage effect is to trigger the terminal group 3 to break away from the original constraint relationship with the pen, to trigger the terminal group 3 to force the pen to change its current position, or to trigger the terminal group 3 to exert pressure on the pen.

The above-mentioned movable rod T1 is sleeved into the outer rod T2.

The above-mentioned movable rod T1 is provided with a lock T11.

The outer rod T2 is provided with an inner ring hook T22.

The above-mentioned 360-degree trigger structure is mounted on the tail of the outer rod T2 through the inner base 322 as a whole.

When the lock button T11 is at the bottom of the anti-drop ring protrusion T23, the refill is not in use. At this time, the movable rod T1 is acted by the elastic force of the return spring T4, so that the degree of cooperation between the movable rod T1 and the outer rod T2 is maximized. At this time, the space of the inner cavity formed by the movable rod T1 and the outer rod T2 is maximized. The refill T3 is in a state of being hidden in the inner cavity.

However, when the movable rod T1 is manually controlled to move to the end of the outer rod T2 so that the latch T11 is engaged with the inner ring hook T22, at this time, since the overlapping space between the movable rod T1 and the outer rod T2 increases, the actual inner The length of the cavity is reduced, therefore, the refill is in a state of exposing the cavity, and the engaging effect between the latch T11 and the inner ring hook T22 can avoid being affected by the return spring T4, so the refill continues to be exposed. status, this is the use status.

And through the 360-degree trigger structure, the engagement state of the lock T11 and the inner ring hook T22 disappears, so that the reset spring T4 will make the lock T11 move to the bottom of the anti-releasing ring protrusion T23, and then recover to a non-use state.

As an extension and supplement, the structure can be adjusted and optimized as follows. The above-mentioned movable rod T1 is also provided with an extension column T13, and the above-mentioned latch T11 is mainly mounted on or located on the above-mentioned extension column T13.

Example 6:

As shown in Figures 15 to 18, a three-hundred-and-sixty-degree trigger structure and a pen using the structure, the above-mentioned three-hundred and sixty-degree trigger structure includes an external trigger group 1, a displacement transmission member 2, a trigger terminal group 3, a reset Body 6 and pen.

The above-mentioned displacement transmission member 2 is specifically located between the external trigger group 1 and the trigger terminal group 3

The above-mentioned limiting portion 111 and the outer base 312 are both fixed on the outer base 312 or the inner base 322 by screwing.

The above-mentioned reset mechanism 6 is composed of a spring.

The above-mentioned reset mechanism 6 may be located between the external trigger member 311 and the external base 312 .

The effect is: using the elastic force of the reset mechanism 6, after the external force disappears, the external trigger group 1 is re-aligned, that is, the displacement transmission member 2 returns to the position before the force is applied. Waiting for the arrival of the next external force.

In order to make the function of the limiter more abundant, with the effect of rotation triggering and strong self-locking, as an expansion supplement, the above-mentioned 360-degree trigger structure is added by adding a central axis rotation column 81 , an internal regulator 82 and a fixing member 83 . The above-mentioned inner adjuster 82 is connected with the pen, the outer base 312 or the inner base 322 by means of threads. The above-mentioned central axis rotation column 81 is specifically located between the outer base 312 and the inner adjuster 82 or between the inner adjuster 82 and the inner base 322 . The above-mentioned displacement transmission member 2 is instead sleeved on the central axis rotating column 81 , the outer base 312 or the inner base 322 . The upper end of the central axis rotation column 81 is provided with an operation latching protrusion 811 . The lower end of the above-mentioned central axis rotating column 81 is provided with a rotating locking protrusion 812 . The above-mentioned operation latching protrusions 811 and rotating latching protrusions 812 are both non-cylindrical shapes. The above-mentioned limiting portion 111 is sleeved on the operation locking protrusion 811 and is fixed by the fixing member 83 . The above-mentioned fixing member 83 is fixed on the central axis rotating column 81 by means of threading, engaging, adhesive or magnetic force. The above-mentioned rotating locking protrusion 812 is sleeved into the inner regulator 82 .

Since both the operation locking protrusion 811 and the rotating locking protrusion 812 are non-cylindrical, when the limiting portion 111 is rotated forwardly or reversely, the above-mentioned central axis rotating column 81 will rotate, and the rotation of the central axis rotating column 81 will cause The internal regulator 82 is driven to rotate accordingly. In this way, the position of the internal regulator 82 is indirectly controlled. However, the position of the limiter 111 and the central axis rotating column 81 remain unchanged, so that the limiter 111 can be rotated to control the internal position without affecting the original function. Adjuster 82 position. The internal regulator 82 can generate a stable and continuous linkage action with the pen.

The above-mentioned movable rod T1 is sleeved into the outer rod T2.

The above-mentioned movable rod T1 is provided with a lock T11.

The outer rod T2 is provided with a through hole T21.

And through the 360-degree trigger structure or direct manual control of the external force-receiving portion 3112, the engagement state between the latch T11 and the trigger hook 3113 disappears, so that the reset spring T4 will move the latch T11 to the through hole The bottom of the T21, at this time, returns to the non-use state.

As an expansion supplement, the structure can be adjusted and optimized as follows, and the above-mentioned external base 312 adopts a separate structure. Then the installation is convenient, and the external trigger member 311 and the external base 312 can be rotated relative to the external base 312 , and the internal trigger member 321 and the internal base 322 can be rotated relative to the internal base 322 . The above-mentioned locking buckle T11 and movable rod T1 adopt a separate structure. Easy installation and replacement of consumables. The above-mentioned movable rod T1 is also provided with an extension column T13, and the above-mentioned lock catch T11 is mainly mounted on or located on the above-mentioned extension column T13. The movable rod T1 adopts a separate structure and is divided into a movable inner rod TA1 and a movable sleeve rod TA2. The movable inner rod TA1 and the movable sleeve rod TA2 are directly combined by means of threads, snaps or magnetic attraction.

In order to enable the strong self-locking of the limiting part, before the strong self-locking, the buckle state of the pen is released to restore the refill state, and the refill is hidden in the inner cavity. Exit slope 821. The above-mentioned adjustment of the escape ramp 821 can disengage the latch T11 from the inner ring hook T22 or the trigger hook 3113, and if the internal adjuster 82 is not unlocked by manual rotation, the lock T11 will be subject to the adjustment of the escape ramp 821. The continuous influence cannot form a snapping effect with the inner ring hook T22 or the trigger hook 3113.

In the description of the present invention, it should be noted that the terms "installed", "connected" and "connected" should be understood in a broad sense, unless otherwise expressly specified and limited, for example, it may be a fixed connection or a detachable connection connected, or integrally connected. It can be a mechanical connection, a direct connection, an indirect connection through an intermediate medium, or an internal communication between two elements. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood through specific situations.

The above are the preferred embodiments of the present invention. For those of ordinary skill in the art, several modifications and improvements can be made without departing from the principles of the present invention, which should also be regarded as the protection scope of the present invention.

It will be apparent to those skilled in the art that the present invention is not limited to the details of the above-described exemplary embodiments, but that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics of the invention. Therefore, the embodiments are to be regarded in all respects as illustrative and not restrictive, and the scope of the invention is defined by the appended claims rather than the foregoing description, which are therefore intended to fall within the scope of the appended claims. All changes within the meaning and range of the equivalents of , are included in the present invention. Any reference signs in the claims shall not be construed as limiting the involved claim.

In addition, it should be understood that although this specification is described in terms of embodiments, not each embodiment only includes an independent technical solution, and this description in the specification is only for the sake of clarity, and those skilled in the art should take the specification as a whole , the technical solutions in each embodiment can also be appropriately combined to form other implementations that can be understood by those skilled in the art.

Claims

A 360-degree trigger structure, characterized in that: the 360-degree trigger structure includes an external trigger group (1), a displacement transmission member (2), a trigger terminal group (3), and a reset mechanism (6). ) and trigger (5);

The external trigger group (1) is divided into a trigger ring assembly (11) and/or a spherical trigger assembly (12);

The trigger ring assembly (11) includes a limiting portion (111) and a trigger ring (112);

The spherical trigger assembly (12) includes a trigger (121);

The trigger terminal group (3) is divided into external cooperating terminals (31) and/or internal cooperating terminals (32);

The external mating terminal (31) is divided into an external trigger (311) and an external base (312);

The internal matching terminal (32) is divided into an internal trigger (321) and an internal base (322);

The displacement transmission member (2) is specifically located between the external trigger group (1) and the trigger terminal group (3), and is sleeved on the limiting portion (111), the external base (312) or the internal base (322);

When the internal matching terminal (32) is used, an internal linkage rod (22) is further provided below the displacement transmission member (2); a linkage through hole (3221) is also provided on the internal base (322); the The internal linkage rod (22) passes through the linkage through hole (3221) and contacts the internal trigger member (321);

The trigger member (121) and the outer base (312) or between the trigger member (121) and the inner base (322) are connected by means of a joint bearing;

Between the limiting portion (111) and the outer base (312) or between the limiting portion (111) and the inner base (322), all are indirectly through threads, snaps, magnetic attraction, bonding, bearings and/or other components. fixed on the outer base (312) or the inner base (322);

An annular sliding slope (41) is provided on the lower side of the limiting portion (111) and/or the upper side of the displacement transmission member (2);

An annular cut-in slope (42) is provided on the upper side and/or the lower side of the trigger ring (112) and/or the lower side of the trigger element (121);

The trigger ring (112) is specifically located between the limiting portion (111) and the outer base (312) or between the limiting portion (111) and the inner base (322);

There is at least one sliding slope (41) or cutting slope (42) between the external trigger group (1) and the displacement transmission member (2); the reset mechanism (6) is composed of one or more elastic or magnetic substances composition;

The reset mechanism (6) is located between the internal trigger (321) and the internal base (322), between the external trigger (311) and the trigger (5), and between the internal trigger (321) and the trigger (5) between the external trigger member (311) and the external base (312) and/or between the limiting portion (111) and the displacement transmission member (2);

The external trigger (311) and the external base (312) are matched by hinge connection;

The 360-degree trigger structure converts the 360-degree lateral external force into vertical power through the external trigger group (1) and the displacement transmission member (2), and then converts it into any angle required by the trigger terminal group (3). The final power of the trigger object (5) will produce a linkage effect, so that the associated part on the trigger object (5) is activated, closed, terminated, activated or moved.
A 360-degree trigger structure, characterized in that: the 360-degree trigger structure comprises a trigger (121), an internal matching terminal (32), a reset mechanism (6) and a trigger (5);

The internal matching terminal (32) is divided into an internal trigger (321) and an internal base (322);

The trigger member (121) and the inner base (322) are connected by means of a joint bearing;

The reset mechanism (6) is composed of one or more elastic or magnetic materials;

The reset mechanism (6) is located between the internal trigger (321) and the internal base (322) and/or between the internal trigger (321) and the trigger (5);

An adjustment inner ring groove (3211) is arranged on the upper side of the internal trigger (321); an adjustment rod (1211) is also provided at the lower end of the trigger (121); one end of the adjustment rod (1211) is located in the adjustment inner ring in the groove (3211);

The adjusting rod (1211) takes the joint bearing between the trigger (121) and the inner base (322) as the center of the circle, and the arc angle (A1) between the arc formed by the rotation and the axis (C1) is greater than the adjustment The groove surface angle (B1) between the inner groove section of the inner ring groove (3211) and the axis (C1);

When the trigger member (121) is subjected to an external force in any direction of 360 degrees, the inner trigger member (321) will be forced to move down by adjusting the inner ring groove (3211). If it is moved, a linkage effect will be produced between the internal trigger (321) and the trigger (5); thus, the trigger (5) will be activated, closed, terminated, activated or moved.
A 360-degree trigger structure according to claim 1, characterized in that: the trigger ring assembly (11) is further provided with a central control pressing member (71) and a pressing limiting member (72); The central control pressing piece (71) slides movably in the limiting portion (111), the outer base (312) and/or the inner base (322); the pressing limiting piece (72) is in the central control pressing piece (71) After passing through the limiting part (111), the outer base (312) and/or the inner base (322), screw, snap, glue or magnetically fix it with the central control pressing piece (71) to prevent the The control pressing piece (71) slips off the limiting portion (111), the outer base (312) and/or the inner base (322); the central control pressing piece (71) is provided with a pressing portion (711) at one end, The other end is against the upper side of the internal trigger (321);

When the pressing part (711) is squeezed by the external force, the central control pressing member (71) will be transmitted to the internal trigger member (321), so that the internal trigger member (321) and the trigger member (5) will generate linkage effect.
A 360-degree trigger structure according to claim 3, characterized in that: the lower side of the pressing portion (711) is further provided with a self-locking buckle (712); A self-locking groove (1111) matching the self-locking buckle (712) is also provided; the self-locking buckle (712) and the self-locking groove (1111) are matched by means of threads, snaps and/or magnetic attraction .
A 360-degree trigger structure according to claim 4, characterized in that: the self-locking catch (712) and the self-locking groove (1111) can make the internal trigger (321) always move downward , that is, the state in which the internal trigger (321) is continuously in contact with the trigger (5); then the internal trigger (321) continues to maintain a linkage state with the trigger (5).
A 360-degree trigger structure according to claim 1, characterized in that: the lower side of the displacement transmission member (2) is further provided with a transmission extension column (21).
A 360-degree trigger structure according to claim 1, characterized in that: the 360-degree trigger structure is obtained by adding a central axis rotation column (81), an internal regulator (82) and a fixing member (83); the internal regulator (82) is connected with the trigger (5), the external base (312) or the internal base (322) by means of threads; the central axis rotation column (81) is specifically located on the external base ( 312) and the internal regulator (82) or between the internal regulator (82) and the internal base (322); the displacement transmission member (2) is changed to be sleeved on the central axis rotation column (81), the external base ( 312) or the internal base (322); the upper end of the central axis rotating column (81) is provided with an operation snapping protrusion (811); the lower end of the central axis rotating column (81) is provided with a rotating snapping protrusion (812); the Both the operation snap protrusion (811) and the rotation snap protrusion (812) are non-cylindrical; the limiting portion (111) is sleeved on the operation snap protrusion (811), and is fixed by a fixing member (83); the The fixing member (83) is fixed on the central axis rotation column (81) by means of threading, snapping, bonding or magnetic force; the rotating locking protrusion (812) is sleeved in the inner adjuster (82).
A three-hundred and sixty-degree trigger structure according to claim 1, characterized in that: the trigger (5) is provided with a pry bar groove (9); the pry bar groove (9) is further provided with A pry bar (91), the pry bar (91) and the trigger object (5) are hingedly connected and fixed; the pry bar (91) is further provided with a remote trigger part (911) and a transmission trigger part (912); The external trigger (311) is divided into an external transmission part (3111) and an external force-bearing part ( 3112), the part in contact with the displacement transmission member (2) is the external transmission part (3111); the transmission trigger part (912) is arranged on one side of the external force receiving part (3112), and the remote trigger part ( 911) is located on the side away from the external force receiving part (3112); by pressing the remote trigger part (911), it produces a lever principle, so that the transmission trigger part (912) is pryed up, then the external force The part (3112) is pried up; a linkage effect is produced between the external trigger (311) and the trigger (5).
A 360-degree trigger structure according to any one of claims 1 to 7, wherein the trigger (5) is a pen, a buckle, a switch, a generator, a valve and/or a lock.
A 360-degree trigger structure according to any one of claims 1 to 7, characterized in that: the 360-degree trigger structure is suitable for use on a pen, and the specific application of the pen structure includes a movable rod (T1) , outer rod (T2), refill (T3), return spring (T4);

The movable rod (T1) is sleeved in the outer rod (T2);

The movable rod (T1) is provided with a lock (T11);

The outer rod (T2) is provided with a through hole (T21) or an inner ring hook (T22);

The refill (T3) is located in the movable rod (T1) or in the inner cavity formed by the combination of the movable rod (T1) and the outer rod (T2);

The 360-degree trigger structure is mounted on the tail of the outer rod (T2) as a whole through the outer base (312) or the inner base (322);

The return spring (T4) is arranged between the movable rod (T1) and the refill (T3) or between the movable rod (T1) and the outer base (312) or between the movable rod (T1) and the inner base (322);

When the return spring (T4) is arranged between the movable rod (T1) and the outer base (312) or between the movable rod (T1) and the inner base (322), the tail of the refill (T3) needs to be fixed outside A return spring (T4) is added on the base (312) or the inner base (322), or between the refill (T3) and the movable rod (T1);

If an external mating terminal (31) is used, the external trigger (311) is further provided with a trigger hook (3113) which passes through the through hole (T21) and is engaged with the lock (T11). (3113) It is not easy to separate from the through hole (T21);

If the internal mating terminal (32) is used, the lock catch (T11) and the inner ring hook (T22) are engaged; the outer rod (T2) is also provided with an anti-releasing ring protrusion (T23); the lock The buckle (T11) is not easy to pass through the anti-drop ring protrusion (T23);

If both the external matching terminal (31) and the internal matching terminal (32) are used, the external trigger member (311) is further provided with a trigger hook ( 3113); the internal trigger (321) is also provided with a release slope (3212); when the internal trigger (321) moves down, the lock (T11) and the trigger hook can be forced through the release slope (3212) The engaging relationship between (3113) is disengaged; the trigger hook (3113) is not easy to disengage from the through hole (T21);

When the locking buckle (T11) is at the bottom of the anti-drop ring protrusion (T23) or the through hole (T21), the refill is not in use;

At this time, the movable rod (T1) is acted by the elastic force of the return spring (T4), so that the degree of cooperation between the movable rod (T1) and the outer rod (T2) is maximized, then at this time, the movable rod (T1) and the outer rod ( The space of the inner cavity formed by T2) is maximized, and the refill (T3) is in the state of being hidden in the inner cavity;

The length of the through hole (T21) is at least greater than the distance difference between when the refill is hidden in the inner cavity and the state where the refill is exposed;

However, when the movable rod (T1) is manually controlled to move to the end of the outer rod (T2), so that the lock (T11) is engaged with the inner ring hook (T22) or the trigger hook (3113), at this time, due to the movable rod The overlapping space between (T1) and the outer rod (T2) increases, the actual length of the inner cavity decreases, so the refill is in the state of exposing the inner cavity, and the lock (T11) and the inner ring hook (T22) or trigger The engagement effect between the hooks (3113) can avoid being affected by the return spring (T4), and the refill continues to remain exposed, which is the state of use.
A 360-degree trigger structure according to claim 8, characterized in that: the 360-degree trigger structure is suitable for use on a pen, and the specific application of the pen structure includes a movable rod (T1), an outer rod ( T2), refill (T3), return spring (T4);

The movable rod (T1) is sleeved in the outer rod (T2);

The movable rod (T1) is provided with a lock (T11);

The outer rod (T2) is provided with a through hole (T21) or an inner ring hook (T22);

The refill (T3) is located in the movable rod (T1) or in the inner cavity formed by the combination of the movable rod (T1) and the outer rod (T2);

The 360-degree trigger structure is mounted on the tail of the outer rod (T2) as a whole through the outer base (312) or the inner base (322);

The return spring (T4) is arranged between the movable rod (T1) and the refill (T3) or between the movable rod (T1) and the outer base (312) or between the movable rod (T1) and the inner base (322);

When the return spring (T4) is arranged between the movable rod (T1) and the outer base (312) or between the movable rod (T1) and the inner base (322), the tail of the refill (T3) needs to be fixed outside A return spring (T4) is added on the base (312) or the inner base (322), or between the refill (T3) and the movable rod (T1);

If an external mating terminal (31) is used, the external trigger (311) is further provided with a trigger hook (3113) which passes through the through hole (T21) and is engaged with the lock (T11). (3113) It is not easy to separate from the through hole (T21);

If the internal mating terminal (32) is used, the lock catch (T11) and the inner ring hook (T22) are engaged; the outer rod (T2) is also provided with an anti-releasing ring protrusion (T23); the lock The buckle (T11) is not easy to pass through the anti-drop ring protrusion (T23);

If both the external matching terminal (31) and the internal matching terminal (32) are used, the external trigger member (311) is further provided with a trigger hook ( 3113); the internal trigger (321) is also provided with a release slope (3212); when the internal trigger (321) moves down, the lock (T11) and the trigger hook can be forced through the release slope (3212) The engaging relationship between (3113) is disengaged; the trigger hook (3113) is not easy to disengage from the through hole (T21);

When the locking buckle (T11) is at the bottom of the anti-drop ring protrusion (T23) or the through hole (T21), the refill is not in use;

At this time, the movable rod (T1) is acted by the elastic force of the return spring (T4), so that the degree of cooperation between the movable rod (T1) and the outer rod (T2) is maximized, then at this time, the movable rod (T1) and the outer rod ( The space of the inner cavity formed by T2) is maximized, and the refill (T3) is in the state of being hidden in the inner cavity;

The length of the through hole (T21) is at least greater than the distance difference between when the refill is hidden in the inner cavity and when the refill is exposed;

However, when the movable rod (T1) is manually controlled to move to the end of the outer rod (T2), so that the lock (T11) is engaged with the inner ring hook (T22) or the trigger hook (3113), at this time, due to the movable rod The overlapping space between (T1) and the outer rod (T2) increases, the actual length of the inner cavity decreases, so the refill is in the state of exposing the inner cavity, and the lock (T11) and the inner ring hook (T22) or trigger The engaging effect between the hooks (3113) can avoid being affected by the return spring (T4), and the refill continues to be exposed, which is the state of use;

And through the 360-degree trigger structure or direct manual control of the external force-receiving part (3112), the engagement state between the lock (T11) and the inner ring hook (T22) or the trigger hook (3113) disappears, Therefore, the return spring (T4) will move the lock (T11) to the bottom of the anti-releasing ring protrusion (T23) or the through hole (T21), and then it will return to the non-use state.
A 360-degree trigger structure according to claim 7, characterized in that: the 360-degree trigger structure is suitable for use on a pen, and the specific application of the pen structure includes a movable rod (T1), an outer rod ( T2), refill (T3), return spring (T4);

The movable rod (T1) is sleeved in the outer rod (T2);

The movable rod (T1) is provided with a lock (T11);

The outer rod (T2) is provided with a through hole (T21) or an inner ring hook (T22);

The refill (T3) is located in the movable rod (T1) or in the inner cavity formed by the combination of the movable rod (T1) and the outer rod (T2);

The 360-degree trigger structure is mounted on the tail of the outer rod (T2) as a whole through the outer base (312) or the inner base (322);

The return spring (T4) is arranged between the movable rod (T1) and the refill (T3) or between the movable rod (T1) and the outer base (312) or between the movable rod (T1) and the inner base (322);

When the return spring (T4) is arranged between the movable rod (T1) and the outer base (312) or between the movable rod (T1) and the inner base (322), the tail of the refill (T3) needs to be fixed outside A return spring (T4) is added on the base (312) or the inner base (322), or between the refill (T3) and the movable rod (T1);

If an external mating terminal (31) is used, the external trigger (311) is further provided with a trigger hook (3113) which passes through the through hole (T21) and is engaged with the lock (T11). (3113) It is not easy to separate from the through hole (T21);

If the internal mating terminal (32) is used, the lock catch (T11) and the inner ring hook (T22) are engaged; the outer rod (T2) is also provided with an anti-releasing ring protrusion (T23); the lock The buckle (T11) is not easy to pass through the anti-drop ring protrusion (T23);

If both the external matching terminal (31) and the internal matching terminal (32) are used, the external trigger member (311) is further provided with a trigger hook ( 3113); the internal trigger (321) is also provided with a release slope (3212); when the internal trigger (321) moves down, the lock (T11) and the trigger hook can be forced through the release slope (3212) The engagement relationship between (3113) is disengaged; the trigger hook (3113) is not easy to disengage from the through hole (T21);

When the locking buckle (T11) is at the bottom of the anti-drop ring protrusion (T23) or the through hole (T21), the refill is not in use;

At this time, the movable rod (T1) is acted by the elastic force of the return spring (T4), so that the degree of cooperation between the movable rod (T1) and the outer rod (T2) is maximized, then at this time, the movable rod (T1) and the outer rod ( The space of the inner cavity formed by T2) is maximized, and the refill (T3) is in the state of being hidden in the inner cavity;

The length of the through hole (T21) is at least greater than the distance difference between when the refill is hidden in the inner cavity and when the refill is exposed;

However, when the movable rod (T1) is manually controlled to move to the end of the outer rod (T2), so that the lock (T11) is engaged with the inner ring hook (T22) or the trigger hook (3113), at this time, due to the movable rod If the overlapping space between (T1) and the outer rod (T2) increases, the actual length of the inner cavity decreases. Therefore, the refill is in the state of exposing the inner cavity, and the lock (T11) and the inner ring hook (T22) or trigger The engaging effect between the hooks (3113) can avoid being affected by the return spring (T4), and the refill continues to be exposed, which is the state of use;

The bottom of the inner adjuster (82) is also provided with an adjustment release slope (821); the adjustment release slope (821) can make the lock (T11) and the inner ring hook (T22) or the trigger hook (3113) separate. If the inner adjuster (82) is not unlocked by manual rotation, the lock (T11) will be continuously affected by the adjustment and disengage slope (821) and cannot be connected with the inner ring hook (T22) or the trigger hook (3113) to form a snap effect.
A 360-degree trigger structure according to claim 10, characterized in that: the outer base (312) or the inner base (322) adopts a separate structure; the lock (T11) and the movable rod ( T1) adopts a separate structure; the outside of the 360-degree trigger structure can also be covered with a protective cover (93); the front end of the movable rod (T1) can also be provided with an operation cover (T12); The rod (T1) is also provided with an extension column (T13), and the lock (T11) is mainly installed or located on the extension column (T13); the movable rod (T1) adopts a separate structure and is divided into movable rods (T1). The inner rod (TA1) and the movable sleeve rod (TA2), the movable inner rod (TA1) and the movable sleeve rod (TA2) are directly combined by means of threads, snaps or magnetic attraction.
A 360-degree trigger structure according to claim 10, characterized in that: the outer diameter of the trigger ring (112) and the trigger member (121) is larger than the outer diameter and/or the outer diameter of the outer rod (T2). The outer diameter of the combination of the rod (T2) and the external trigger (311).