JPH0486497A - Billy equipped with cross handle - Google Patents

Abstract

PURPOSE:To expand the function of a billy as a weapon by a method wherein a projector of light, acoustic wave, radio wave, gas, liquid, solid or the like is attached to a cross handle rotatably about the center of the cross handle and rotatably relatively with respect to the main body of the billy. CONSTITUTION:When the main body 1 of a billy is turned with a high speed by gripping a cross handle 2 with single hand, stopped suddenly, projected straight forward and the like, a projector 3, attached to the cross handle 2, is turned freely relative to the main body 1 of the billy. In this case, the projector 3 is not moved with respect to a gripping hand at all times even when the main body of the billy is pivoted in any style. Accordingly, the projecting port of the projector 3 can be faced to an enemy during operating the billy 1 whereby a shock can be given to the enemy by projecting tear gas or the like with the most effective timing while confirming the enemy by projecting light at all times and, therefore, the enemy can be controlled quickly. According to this method, a big force can be developed when a plurality of enemies attack suddenly at night especially.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a baton with a cross handle, and in particular, the present invention relates to a baton with a cross handle, which can be used to illuminate an opponent or shock an opposing opponent. , relating to a cross-handled baton equipped with a solid or similar firing device.

[Conventional technology]

Conventionally, the batons carried by police officers and security guards are simply straight sticks for boat fishing, but batons with so-called cross handles are also known. This handle is provided with a cross handle branched orthogonally from the rod body at a position closer to one end than the longitudinal center of the rod body. The user of this baton usually grips the cross handle with one hand so that the little finger side is close to the main body of the baton, and operates the baton by adjusting the gripping force to be strong or weak. Then, by swinging out the stick body and rotating it around the cross handle axis, stopping the rotation suddenly, or protruding the stick body in the direction of its axis, the opponent is attacked and defended. Once mastered, it is possible to operate quickly, rotate at high speed, start suddenly, stop suddenly, and make unpredictable strikes from outside the field of vision, making it more effective than a simple straight baton.

By the way, compared to daytime, at night, especially in darkness, it is difficult to confirm the person's facial features and whether or not they are holding a weapon, making security much more difficult. For example, when a police officer approaches someone with a flashlight in order to conduct a suspicious interrogation, and is unexpectedly attacked with a knife or other deadly weapon, he immediately pulls out the baton hanging from his waist with his other hand. Even if you try to fight back, you often won't be able to react in time. On the other hand, approaching someone you don't recognize from the beginning with a baton at the ready is extremely threatening and undesirable.

Furthermore, it requires a high level of skill and skill for a police officer to deal with simultaneous attacks from multiple opponents using just a baton, not only at night, but is generally difficult. In response to such an urgent violation, it may be unavoidable to use a handgun, but it is dangerous in situations where there are ordinary citizens nearby.

The applicant focused on the effectiveness of cross-handled batons, and as a result of repeated research to easily and quickly respond to such emergencies, the applicant came up with a cross-handled baton with multiple functions. JP-A No. 2-50092).

This is a baton with a cross handle that has at least one of a light emitting device and a tear gas emitting device built into the body of the baton, and can fire light or tear gas at any time from the tip of the baton. This is how it was done.

By carrying this, you can not only eliminate the hassle of having to carry a separate flashlight in addition to a baton and pistol when guarding at night, but also prevent unexpected attacks when you try to use the flashlight to illuminate the enemy. Even if it is attacked, it will be possible to respond immediately by firing gas or rotating the rod body at high speed, greatly expanding the functionality of the cross-handle baton as a weapon.

[Problem to be solved by the invention]

However, in general, when a baton with a cross handle is used to strike an opponent, the main body of the baton is often rotated around the cross handle held in one hand.

Then, the light or gas emission port provided at the end of the rod body rotates together with the rod body, and the directivity in a certain direction is lost. Therefore, it became impossible to fire them during rotational operation, and there was still room for improvement in that it was easy to lose sight of the opponent in the darkness and lose the timing or aim incorrectly.

The present invention has been made by focusing on these conventional problems, and its purpose is to provide a firing device that is more powerful than the conventional one and equipped with a loss handle that can point at the opponent even during rotational operation. The purpose is to provide a baton.

[Means to solve the problem]

The present invention provides a baton with a cross handle, which is provided with a cross handle branched orthogonally from the rod body at a position closer to one end than the center in the longitudinal direction of the rod body. At least one of the solid firing devices is attached to the cross handle so as to be rotatable relative to the rod body around the cross handle.

The cross handle shall include at least a stator fixed to the bar body and an upper relative rotor rotatably mounted on the free end of the stator, the upper relative rotor having:
The firing device may be attached directly or via a fitting.

Further, the cross handle includes at least a stator fixed to the rod body and an upper relative rotor rotatably attached to the free end of the stator, and has a substantially C-shape, with the upper end thereof It is also possible to provide a hand guard fixed to the upper relative rotor and relatively rotatable about the cross handle, and the firing device may be attached to this hand guard.

[Function] A baton with a cross handle configured as described above can be operated freely by holding the cross handle with one hand to rotate the rod body at high speed, stop it suddenly, or stick it straight out. In this case, the firing device attached to the cross handle freely rotates relative to the rod body. In other words, the firing device remains stationary relative to the grip no matter how the rod body is rotated. Therefore, it is possible to keep the ejection port of the firing device pointed at the opponent even while operating the baton, and while constantly checking the opponent with radiation, it is possible to shock the opponent by firing tear gas or other gas at the most effective timing. It is possible to quickly subdue the opponent.

In this way, you can obtain a baton that can exert great power even in situations where it is difficult to respond with a regular baton, especially at night or when multiple opponents attack you unexpectedly with deadly weapons.

〔Example〕

Embodiments of the present invention will be described below with reference to the drawings. 1st
8 to 8 show a first embodiment of the present invention. In the figure, l is the rod body. A cross handle 2 branched perpendicularly from the rod body 1 and having a length that can be grasped with one hand is located at a position closer to one end than the center in the longitudinal direction of the rod body 1, that is, at a position close to the grip handle A at one end of the rod body. It is equipped with At the upper end of the cross handle 2, the cross handle 2 is rotatable relative to the rod body l.
A small flashlight 3 as a light emitting device is attached via a fixture 4.

In the cross handle 2 of this embodiment, the upper and lower parts are rotatable, and the middle part is fixed. That is, the handle axis has a support shaft 6 extending perpendicularly from the base 5 to the rod body 1 for fixing to the rod body 1. A lower relative rotor 7 is loosely fitted into the base end 6a of the support shaft 6 so as to be freely rotatable. A stator 8 is attached to the intermediate portion 6b of the support shaft 6.
is inserted and fixed. Furthermore, at the tip 6c of the support shaft 6,
An upper relative rotor 9 is loosely fitted in a rotatable manner.

As shown in FIGS. 2 and 3, the flashlight 3 is attached to a split pipe-shaped holding portion 4a of the fixture 4 with a screw 4b.
It is attached to the cross handle 2 by fitting and fixing the ring-shaped base 4c of this fixture 4 to the upper relative rotor 9.

The details of the cross handle 2 will be further explained with reference to the exploded perspective views of FIGS. It is shaped like a sheath. The base end 6a of the support shaft, which is physically fixed thereto, has an axial tapped hole in its lower part. on the other hand,
A through hole 1 perpendicular to the axis is provided at a predetermined position on the side surface of the rod body l.
1 and a counterbore 12 are provided (FIG. 1). To install the spindle, place the base 5 against the outer peripheral surface of the rod body 1 where the through hole 11 is open, and screw the port 13 inserted from the counterbore 12 side into the threaded hole in the base end 6a of the spindle. By fitting and tightening, the support shaft 6 can be attached to the base 5 and the base end 6a to the rod body 1.
Fixed. The upper surface of the base 5, which is thus attached to the rod body 1, is a flat surface 5a. The support shaft 6 erected at the center of the flat surface 5a has the largest shaft diameter at the base end 6a, and the upper side surface of the base end 6a is chamfered to prevent rotation of the stator 8. A flat surface 14 is provided to prevent this.

An intermediate portion 6b having a slightly smaller shaft diameter and having a female thread 15 at the upper end extends integrally above the base end portion 6a. The distal end portion 6c of the support shaft 6 has a male thread 16 screwed into the female thread 15 of the intermediate portion 6b, and a flange 17 extending in the shape of a disk at the lower portion. At the top, there is a female thread 1 into which a bolt 18 is screwed.
9, and has a chamfered flat surface 2 on the outer surface for the wrench hook.
0 is formed. 21 is a flat washer, and 22 is a spring washer.

FIG. 5 is an exploded perspective view of the grip member, in which the lower relative rotor 7 has an upper surface 7a and a lower surface 7b that are flat, an outer peripheral surface 7c that is a concave curved surface that is concave inward, and a support shaft 6 at the axial center. A through hole 7d into which the base end portion 6a of is loosely fitted is provided.

The stator 8 has a flat upper surface 8a and a lower surface 8b, and an outer peripheral surface 8.
C is a convex curved surface that bulges outward, and a through hole 8d through which the intermediate portion 6b of the support shaft 6 is inserted is provided at the center of the shaft. A recess 8e into which the flange of the intermediate portion 6b of the support shaft is fitted is formed in the upper part of the through hole 8d. Through hole 8d
An elongated hole 8f (see FIG. 1) having a flat surface into which the lower surface 14 of the upper end of the base end 6a of the support shaft fits is formed in the lower part of the support shaft. Further, the outer peripheral surface 8C is provided with a plurality of grooves 8g for preventing the hand from slipping. As shown in FIG. 6, the central portion of the outer circumferential surface 8C has a substantially elliptical cross section. However, the shape is not necessarily limited to an ellipse, and other non-circular shapes may be used. Furthermore, the intersection 8h of the short axis of the ellipse and the outer circumferential surface 8C is chamfered so as to slightly protrude outward in a dogleg shape, thereby forming a gripping surface 81. When this stator 8 is attached to the support shaft 6, the flat surface 14 of the support shaft base end 6a fits into the flat surface of the elongated hole 8f opening in the lower surface 8b of the stator. Thereby, the long axis of the non-circular cross section of the stator 8 coincides with the axial direction of the rod body 1, so that reliable directionality of the cross-handled baton can be obtained.

The upper relative rotor 9 has a flat upper surface 9a and a lower surface 9b. The diameter of the outer circumferential surface 9C gradually decreases from the lower end upward, and the diameter expands at the upper part to form a hook portion 9d for preventing removal.

The diameter of the hook portion 9d is large enough to ensure a sufficient hook when the thumb and index finger are wrapped around the outer peripheral surface 9C and gripped.

A male screw 9f that is screwed into the female screw 9k of the upper cap 9e projects from the center of the upper surface 9a directly above the hook portion 9d. In addition, the tip 6 of the support shaft 6 is provided at the center of the shaft.
A through hole 9g is provided into which b is loosely fitted. Furthermore, a groove 9h into which the ring-shaped base 4C of the attachment 4 of the firing device 3 fits, and an opening 91 thereof are formed at the base of the male screw 9f.

The cross handle 2 is assembled in the following order. ■
The lower relative rotor 7 is inserted into the base end 6a of the support shaft 6.

(2) Insert the stator 8 into the intermediate portion 6b of the support shaft 6, and fit the upper flat surface 14 of the base end 6a into the elongated hole 8f. Thereby, the stator 8 is integrally fixed to the base end 6a of the support shaft 60, and its rotation is prevented. (2) Next, the tip portion 6c of the support shaft 6 is screwed onto the intermediate portion 6b. ■ Its tip 6
Insert the upper relative rotor 9 into C. ■ Attach a flat washer 21. to the female thread 19 of the tip 6C of the support shaft. Bolts 18 are screwed together via spring washers 22 to support upper relative rotor 9 so as to be rotatable.

(2) Fit the ring-shaped base 4C of the fixture 4 into the groove 9h and the opening 91 on the upper surface of the upper relative rotor 9. ■Finally, by screwing the female screw 9k of the upper cap 9e into the male screw 9f of the upper relative rotor 9 and tightening,
is firmly fixed to the upper relative rotor 9.

Next, the effect will be explained.

The user of the cross-handled baton can also grip the grip handle A at the end of the baton body 1 and use it like a sword. However, a more powerful method is to grasp the cross handle 2 and rotate the rod body 1.

In that case, the thumb and index finger of one hand are gripped so as to be wrapped around the outer peripheral surface 9c of the upper relative rotor 9 of the cross handle. The little finger is the lower relative rotor 7 of the cross handle 2.
Wrap it around. In the rotational operation, the stator 8 of the cross handle 2 is released by applying rotational force by moving the arm and wrist, and by loosening the grip of the fingers other than the thumb, index finger, and little finger. Upper relative rotor9. The lower relative rotor 7 is held and fixed in the hand, and the stator 8, the rod body 1, and the support shaft 6 are connected to the support shaft 6.
It rotates integrally around the axis. To stop the rotation, firmly grip the stator 8 again to brake the rotation of the rod body 1.

Even during the rotation operation, the thumb and index finger that firmly hold the upper relative rotor 9 of the cross handle are engaged with the hook portion 9d. Therefore, no matter how vigorously you rotate the baton, the baton will never fall or the baton will never fall out of your hand.

The upper relative rotor 9 always makes the flashlight 3 mounted via the fixture 4 independent of the rotational movement of the stator 8 of the rod body and cross handle.

That is, no matter how the stick body 1 is rotated while holding the cross handle 2, the flashlight 3 always faces in substantially the same direction as the knuckle of the gripping hand.

An example of how this baton with such characteristics is used will be explained below. For example, when a police officer conducts a suspicious interrogation in the dark, he pulls out the baton with a cross handle, which he usually carries around his waist, and, as shown in Figure 7, holds the cross handle 2 and holds the baton l. By turning on the flashlight 3 with the tip of the grip handle A facing the other person, the other person can be illuminated straight. In this way, the opposite side of the gripping surface A of the stick body 1 will be under the arm, so there will be no inconvenience that the other party will feel unnecessarily threatened. Moreover, even if the opponent suddenly attacks you with a weapon, etc., the arm that is gripping the cross handle 2 will be suddenly swung forward from that position, and the stick body 1 will be rotated as shown in Figure 8. If you do so, you can immediately knock off your opponent's weapon. Even during this operation, the flashlight 3 is directed toward the opponent, so there is no risk of losing sight of the opponent due to the counterattack described above. At the same time, the police officer can take a step forward and break the opponent with his left hand, while freely operating the cross handle 2 with his right hand, so he can rotate the stick body 1 while reliably capturing the opponent with the light of the flashlight 3. It is possible to knock down an opponent by pushing the stick body 1 straight out and knock the opponent down with the end of the stick. As described above, the great advantage of the cross-handled baton of the present invention is that it does not give the opponent a sense of unnecessary intimidation or alarm, and that it can quickly respond to unexpected changes.

In addition, in the above operation, the stator 8 of the cross handle 2
The major axis of the non-circular cross section always coincides with the axial direction of the rod body 1. Therefore, the orientation direction of the rod body 1 can be controlled extremely easily by the feeling of the hand gripping the stator 8 which is rotating together with the rod body 1, even under conditions where it is difficult to see the stator 8, such as at night.

In addition, by gripping the gripping surface 81 provided on the outer peripheral surface 8C of the stator 8 and chamfered in a dogleg shape, the rotation of the stator 8 and the 10 rotations of the rod body can be braked and brought to a sudden stop. It is simple and can be easily operated even by beginners.

Other embodiments will be described below. In each example, the same or corresponding parts are denoted by the same reference numerals.
Duplicate explanations will be omitted.

What is shown in FIGS. 9 and 10 is a second embodiment.

In this embodiment, the mounting structure of the flashlight 3 is different from that of the first embodiment, and the flashlight 3 is directly mounted on the cap 9e of the upper relative rotor 9 of the cross handle 2. That is, the cap 9e consists of a prismatic cap main body 26 and a saddle-shaped mounting member 28 which is overlaid on the cap main body 26 and is removably screwed onto the cap main body 26 with four setscrews 27. The cap main body part 26 has a lower surface 26a having a circular shape matching the upper surface 9a of the upper relative rotor 9, and has a female thread 9k in the center thereof which is screwed into the male thread 9f of the upper relative rotor 9. In addition, a flashlight 3 is provided on the top surface 26C.
A semicircular concave groove 26d into which is fitted is formed. on the other hand,
A semicircular groove 28d is formed on the lower surface 28a of the attachment member 28, and is opposed to the groove 26d of the cap body 26.

Fit the flashlight 3 into the groove 26d of the cap body 26,
Next, place the mounting member 28, and place the flashlight 3 in the groove 28d.
After fitting, tighten the setscrew 27 to securely fix the flashlight 3. Since the flashlight 3 of this embodiment is directly attached to the cap 9e of the upper relative rotor 9 without using the attachment 4, it has the advantage of being more stable.

Further, in this embodiment, the lower relative rotor 7 and the upper relative rotor 8 of the cross handle 2 are equipped with rolling bearings or sliding bearings Be made of a resin with a low coefficient of friction such as fluororesin or polyamide resin. It has been intervened. This results in
A functional advantage is obtained in that the relative rotation of the lower relative rotor 7° and the upper relative rotor 9 is smoother and easier to move at high speed.

Of course, such a bearing can also be used in other embodiments not specifically shown.

What is shown in FIGS. 11 to 13 is a third embodiment.

This embodiment is similar to the cap 9e in the second embodiment.
A rubber band 30 is used in place of the saddle-shaped mounting member 28 which is a component of. One end of the rubber band 30 is wrapped around and locked around one of the support shafts 31 fixed to the upper side surface of the cap main body 26 . The other end of the rubber band 30 is a free end. This free end side is connected to the other support shaft 32 fixed to the upper opposite side of the cap body 26.
Pass it through, fold it back, and secure it with Velcro tape 33.

In this way, the flashlight 3 fitted into the groove 26d of the cap body 26 is held and fixed by the rubber band 30. There is an advantage that the flashlight 3 can be attached and detached with one touch.

Note that instead of fastening with the Velcro tape 33, a hook may be fixed to the free end of the rubber band 30, and the hook may be hooked onto one of the support shafts 31 to be fastened.

Furthermore, the cross handle 2 of this embodiment has the above-mentioned first
．． The cross handle 2 of each of the second embodiments does not include the lower relative rotor 7, but is of an upper rotating type consisting of a stator 8 and an upper relative rotor 9. That is, the stator 8 constituting the cross handle 2 has its lower end side aligned with the first. It is formed in an outer shape that is extended by an amount corresponding to the lower relative rotor 7 in the second embodiment, and is fixed to the support shaft 6 in a non-rotatable manner. However, in the cross handle 2 of this embodiment,
A vertically rotating type that also includes a lower relative rotor 7 may be used. Regarding the type of cross handle 2, see 1. In the second embodiment and each embodiment described below, an upper rotor including both a lower relative rotor 7 and an upper relative rotor 9 is used.
Either of the lower rotation type and the upper rotation type, which has only the upper relative rotor 9 and does not have the lower relative rotor 7, can be used.

What is shown in FIGS. 14 and 15 is a fourth embodiment.

The cap 9e of the upper relative rotor 9 in this embodiment has a cylindrical shape with a spherical top. A through hole 35 is provided that radially penetrates the column and allows the flashlight 3 to pass therethrough. Furthermore, this insertion hole 35 is inserted from the top of the cap 9e.
It is provided with a female screw hole 36 that can be passed through. This female screw hole 36
The flashlight 3 inserted through the through hole 35 is fixed to the cap 9e by tightening the setscrew 37 screwed into the cap 9e.

What is shown in FIGS. 16 and 17 is the fifth embodiment.

This embodiment is similar to the upper relative rotor 9 in the fourth embodiment.
The female screw hole 9k of the camp 9e is formed so as to pass through the through hole 35 of the flashlight 3.

A cushion rubber member 38 is inserted into this female screw hole 9. When attaching the flashlight 3, the flashlight 3 is inserted into the through hole 35 of the cap 9e, and then the cap 9e is screwed onto the male screw 9f of the upper relative rotor 9 and tightened. As a result, the cushion rubber member 38
The flashlight 3 is fixed to the camp 9e by being pressed between the body of the flashlight 3 and the end face of the male screw 9f of the upper relative rotor 9. The set screw 37 for fixing the flashlight 3 is not necessary.

In the first to fifth embodiments described above, the cap 9e
Although the flashlight 3, which is a light emitting device, is shown attached either directly or indirectly via the fixture 4, it is also possible to attach a light emitting device that emits other things. For example, flash devices that temporarily blind the opponent's eyes with strong light, electromagnetic wave emitting devices that momentarily paralyze the opponent's motor functions with electromagnetic waves, and explosive sounds, blowing sounds, or ultrasonic waves that intimidate the opponent. Practical devices include sonic emitting devices, gas emitting devices for suppression such as tear gas, liquid emitting devices for marking red-handed criminals such as paint and dye, and solid emitting devices that eject metal particles or resin beads. By attaching these alone or in combination, it is possible to make the opponent flinch, confuse, or startle them, making it easier to subdue the opponent.

It goes without saying that the mounting structure shown in each of the above embodiments can be used in common to mount these various launching devices.

A sixth embodiment is shown in FIGS. 18 and 19 as an aspect thereof.

In this embodiment, the flashlight 3 in the second embodiment (FIGS. 9 and 10) is replaced with a tear gas launcher 40. The tear gas launcher 40 is provided with a valve 40D that is opened and closed by a lever 40C via an adapter 40B on the head of a cylinder 40A into which tear gas is press-fitted.

The baton user pulls the lever 40C with the index finger of the hand holding the cross handle 2. Then, the lever 40C rotates around the support rod 40E and pushes open the valve 40D.
Tear gas is sprayed from the launch port 40F. Lever 40C
When you loosen your finger, the lever 40C is pushed back by the elastic force of the return spring 40G, closing the valve 40D and stopping the injection of tear gas.

A baton user can freely operate a cross-handled baton with one hand and fire tear gas at any time. The pointing direction of the firing port 40F is independent of the rotation of the stick body 1 and corresponds to the direction of the hand holding the cross handle 2, so the firing port 40F should always be directed toward the opponent. It has the advantage of being able to easily subdue the opponent by using tear gas and baton strikes in combination.

What is shown in FIGS. 20(a) and 20(b) is the seventh embodiment.

In this embodiment, an L-shaped flashlight 3 is connected to a hand guard 41.
It is attached to the cross handle 2 via.

As shown in FIG. 20(b), the hand guard 41 is made of, for example, a metal or plastic material formed into a substantially C-shape, and the upper end has an annular lower attachment for fixing to the upper relative rotor 9. is part 42.

On the other hand, the lower end 41a has a cylindrical lower mounting portion 43 for fixing to the lower relative rotor 7.

On the other hand, on the cross handle 2, the lower part of the hand guard 41 is attached to the lower part of the through hole 7d of the lower relative rotor 7, and the inner diameter is enlarged so that the cylindrical outer diameter of the part 42 is fitted. A hole 7e, a groove 7f into which the lower end 41a of the hand guard is fitted, and a lower g between the sides of the groove 7f are provided. Further, on the upper surface of the upper relative rotor 9, a fifth
Similar to what is shown in the figure, the annular groove 9h and its opening 91
and is provided.

The lower mounting part 43 of the hand guard 41 is the hole 7 for mounting the hand guard of the lower relative rotor 7 of the cross handle 2.
e, and the lower end 41a is fitted into the groove 7f and the lower g between the sides.

The lower mounting portion 42 of the hand guard 41 is fitted into the annular groove 9h of the upper relative rotor 9 and its opening 91.

In this way, the hand guard 41 fixed to the lower relative rotor 7 and the upper relative rotor 9 of the cross handle 2 can rotate relative to the rod body 1 independently of the rotation of the rod body 1, It always points in almost the same direction as the knuckle of the gripping hand (it has directivity. Therefore, the L-shaped flashlight 3 fixed to the hand guard 41 with the mounting screw 44 is also the same as the above-mentioned first to sixth embodiments. This embodiment has the advantage that the baton user's grip is protected.

Note that if the cross handle 2 is an upper rotating type without the lower relative rotor 7, the lower end 41a of the hand guard 41 is formed into an annular shape large enough to fit loosely into the cylindrical side surface 5b of the base 5. do it.

FIG. 21 shows an eighth embodiment. In this embodiment, an L-shaped tear gas launcher 40 is attached in place of the flashlight 3 in the seventh embodiment.

FIG. 22 shows a ninth embodiment.

In this embodiment, an L-shaped tear gas launcher 40 is attached to the hand guard 41 of the eighth embodiment.
Furthermore, a flashlight 3 is attached via a fixture 4 (with the ring-shaped base 4c removed). According to this embodiment, by freely operating a baton while irradiating the enemy at night, and further spraying tear gas as necessary, even a criminal carrying a concealed weapon can be easily subdued in the dark. There is.

The tenth embodiment shown in FIG. 23 is a type in which a flashlight 3 and a tear gas ejector 40 are used in combination, as in the ninth embodiment. However, the mounting structure of the flashlight 3 is different, and the cap 9 of the upper relative rotor 9 of the cross handle 2
It is attached directly to e. That is, the cap 9e is
Similar to the second embodiment (FIGS. 9 and 10), a prismatic cap body 26 and a saddle that is removably screwed onto the cap body 26 with four setscrews 27 are provided. It consists of a shaped mounting member 28.

In this case, the cost of the cap 9e is higher than that of the ninth embodiment, but on the other hand, there are advantages in that the flashlight 3 can be stably supported and the height can be reduced and made compact.

The eleventh embodiment shown in FIGS. 24 and 25 is a type in which a flashlight 3 and a tear gas ejector 40 are used in combination. However, both the straight type flashlight 3 and the tear gas emitting device 40 are directly attached to the cap 9e of the upper relative rotor 9 in vertically parallel manner.

The cylindrical cap 9e is similar to the fourth embodiment (FIG. 14,
5) and the fifth embodiment (Fig. 16).

It has a structure in which the structure shown in FIG. 17) is combined into an upper and lower structure. That is, the tear gas launcher 40 has a cap 9
The cap 9e is inserted into the lower through hole 35 of the upper relative rotor 9, and is held by the compressed cushion rubber member 38 by screwing and tightening the cap 9e onto the male screw 9f of the upper relative rotor 9. On the other hand, the flashlight 3 is inserted into the upper through hole 35 of the cap 9e and held by tightening the set screw 37. This embodiment is also effective in easily suppressing violent criminals, especially at night.

In addition, instead of holding the flashlight 3 and the tear gas emitting device 40 vertically and parallel to each other, it is also possible to have a structure in which they are held side by side and horizontally.

FIG. 26 shows a twelfth embodiment. This is different from the eighth embodiment (FIG. 21) in that the structure of the rod body 1 is telescoping, and that the structure for attaching the cross handle 2 to the rod body is an insertion type. That is, the base portion 5 of the support shaft 6 of the cross handle 2 is formed integrally with the cylindrical portion 5A, and the cylindrical portion 5A is fixed to the rod body 1 by shrink fitting, adhesion, welding, or the like.

Further, to explain the rod body 1 of this embodiment, it is constructed in a telescoping type consisting of a plurality (three) of cylindrical bodies 51, 52, and 53 having different diameters. The outer cylinder 51 with the largest diameter has a female thread 54 formed on the inner diameter surface on the rear end side from the opening toward the back, a plug 55 having an outer diameter thread is screwed into the inner part, and a plug 55 is screwed into the rear end opening. A cap 56 is screwed on. At least the inner surface of the tip of the outer cylinder 51 has an inclined surface 57, and the inner diameter is slightly reduced toward the opening at the tip.

The intermediate cylinder 52 housed inside the outer cylinder 51 has at least the outer surface at its rear end formed with an inclined surface 58, and its outer diameter slightly increases toward the opening at the rear end.

This inclined surface 58 corresponds to the inclined surface 57 on the inner surface of the tip opening of the outer cylinder 51.
It is designed to engage with. Further, at least the inner surface of the distal end portion of the intermediate cylinder 52 has an inclined surface 59, and the inner diameter is slightly reduced toward the opening at the distal end. The inner cylinder 53 housed inside the intermediate cylinder 52 has at least the outer surface at its rear end formed with an inclined surface 60, and its outer diameter slightly increases toward the opening at the rear end. This inclined surface 60 is adapted to engage with an inclined surface 59 on the inner surface of the distal end opening of the intermediate cylinder 52.

A female thread is formed on the inner surface of the opening at the tip of the inner cylinder 53, and a cap 61 is screwed thereto. Further, the inner cylinder 53 is engaged with a two-pronged spring 62 screwed onto the plug 55 at its rear end.

For example, when the cylindrical bodies 51, 52, and 53 are sequentially housed as shown in FIG.
By gripping and applying rotational force to the rod body 1, the intermediate cylinder 52 and the inner cylinder 53 are swung out and extended by centrifugal force. The inclined surface 52 at the rear end of the outer cylinder 52 is firmly engaged with the inclined surface 57 at the tip of the outer cylinder 51. Also, the inclined surface 60 at the rear end of the inner cylinder 53 swung out from the intermediate cylinder 52 It is firmly engaged with the inclined surface 59 at the tip of the holder and is prevented from being removed.

In addition, by applying an external force of a predetermined magnitude or more in the opposite direction to the tip of the rod main body 1 in the extended state, each slope is released so that it can be contracted to the state shown in FIG. 26. The inclined surface 57.5B has an inclination angle of 59°60. The thickness of the base of the cap 61 at the tip of the inner tube 53 is set to a size that allows the tip of the intermediate tube 52 to be locked, and the elastic force of the two-pronged spring 62 allows the intermediate tube 52 and the inner tube 53 to be connected with a small force (for example, when both (with a force that somewhat exceeds the weight of the tubes 52 and 53)
It is said to have the strength to prevent accidental slipping. However, this slip-out prevention mechanism is not limited to the two-pronged spring 62, and other shapes of springs, magnets, etc. may be used.

Moreover, since the rod body 1 of this twelfth embodiment is telescopic, the intermediate cylinder 52. With the inner cylinder 53 housed inside the outer cylinder 51 as shown in FIG. 26, it is convenient to put it in a holster like a handgun and carry it around the user's waist.

Further, when the baton main body 1 is inserted into the holster and stored, and the cross handle 2 is turned sideways and hung on the right abdomen, the hand guard 41 to which the flashlight 3 is attached will naturally point downward due to its own weight. Therefore, the user can instantly grab the cross handle 2 with his right hand without being obstructed by the hand guard 41, and while pulling out the rod body 1 from the holster, turn his wrist and move the intermediate tube 52. A unique operation method (quick draw) in which the inner cylinder 53 is instantly protruded is also possible. In addition, when the holster is hung on the left side of the abdomen, the cross handle 2 is stored in the holster with the cross handle 2 facing almost horizontally backward. When removing it, while guiding the rod body 1 horizontally with your left hand, grasp the cross handle 2 with your right hand, pull it out of the holster, and swing it out to remove the intermediate tube 52. The inner cylinder 53 is instantly protruded. If you are familiar with these operating methods, even if your opponent approaches you with a weapon, such as a handgun, you will be able to instantly knock off the opponent's weapon or spray tear gas, etc.

In each of the above embodiments, the upper relative rotor 9 is attached to the tip 6b of the support shaft 6 using a bolt 18, but the structure is not limited to this. , other known mounting means can be applied.

Further, the structure of the grip portion of the cross handle 2 and the support shaft 6 and the structure thereof are not limited to those in the embodiment, and various modifications are possible. For example, the cross handle 2 is attached to the rod body 1.
The case where the case is screwed with the bolt 13 and the case where the cylindrical part 5A of the base 5 is inserted are illustrated, but other methods such as a retaining ring and welding are also shown.

Fixing means such as adhesives can also be used.

Alternatively, completely different from these, the rod body 1, the stator 8 of the upper rotation type cross handle 2, and the support shaft protruding from the upper surface of the fixing 8 are integrally molded from plastic.
The upper relative rotor 9 may be fitted onto the protruding support shaft and rotatably attached with a retaining ring.

Alternatively, the support shaft may be made to further protrude upward from the upper relative rotor 9, and a cap 9e having a support shaft insertion hole provided in the center may be fitted onto the support shaft, and then the end of the support shaft and the cap 9e may be connected. It is also possible to weld it into a synthetic resin integral structure.

Further, the cross section of the outer circumferential surface 9c of the upper relative rotor 9 is not necessarily circular, but may be oval or other non-circular cross-sectional shape, so that directionality can be ensured by feeling the thumb and index finger gripping it. You can also. In this way, the firing directions of the various firing devices attached to the upper relative rotor 9 can be freely and precisely controlled without having to visually check each one.

In addition, as proposed by the present applicant in a previous application, even in the baton with a cross handle of the present application, the tip of the rod body 1 may be is hollow, and the tip of the rod body is granular.

The impact force of the rotating rod body 1 can be increased by filling it with a weight such as a rod.

〔Effect of the invention〕

Since the present invention is configured as described above, it produces the effects described below.

By attaching a light, sound wave, electromagnetic wave, gas, liquid, or solid emitting device to the stick body so that it can rotate freely relative to the stick body, it is possible to illuminate the opponent with accurate direction even when rotating the cross-handled baton. It is possible to fire flash light, sound waves, electromagnetic waves, gas, liquid, solid, etc. at any timing, and it is possible to provide an even more powerful baton that eliminates the weaknesses of conventional batons.

[Brief explanation of drawings]

FIG. 1 is a vertical sectional side view of the main part of the first embodiment of the present invention,
The figure is a side view of the launcher mount in Figure 1, Figure 3 is a top view of Figure 2, Figure 4 is an exploded perspective view of the support shaft in Figure 1, and Figure 5 is the cross handle in Figure 1. FIG. 6 is a cross-sectional view taken along the line ■■ in FIG. 10 is a front view of the main part of FIG. 9, FIG. 11 is a longitudinal side view of the third embodiment of the invention, and FIG. 12 is a longitudinal sectional side view of the main part of the second embodiment of the present invention. FIG. 11 is a front view of the main part, FIG. 13 is an open plan view of FIG. 12, FIG. 14 is a side view of the fourth embodiment of the present invention, and FIG. 15 is a front view of the main part of FIG. 14. , FIG. 16 is a side view of the fifth embodiment of the present invention, FIG. 17 is a front view of the main part of FIG. 16, and FIG. 18 is a vertical sectional side view of the main part of the sixth embodiment of the invention. Figure 19 is the 18th
20(a) is a longitudinal sectional side view of the essential parts of the seventh embodiment of the present invention, FIG. 21(a) is a perspective view of the hand guard, and FIG. FIG. 22 is a longitudinal sectional side view of essential parts of the ninth embodiment of the present invention, FIG. 23 is a longitudinal sectional side view of essential parts of the tenth embodiment of the present invention, and FIG. The figure is a side view of the eleventh embodiment of the present invention, and the twenty-fifth embodiment.
The figure is a front view of the main part of Fig. 24, and Fig. 26 is the twelfth part of the present invention.
FIG. 1-rod body, 2--cross handle, 3.40 firing device, 4-attachment, 8--stator, 9-upper relative rotor,
41-Hand guard.

Claims (3)

[Claims] (1) A baton with a cross handle, which has a cross handle branched orthogonally from the rod body at a position closer to one end than the center in the longitudinal direction of the rod body, can be used for light, sound waves, electromagnetic waves, gases, liquids, solids, etc. A baton with a cross handle, characterized in that at least one of the firing devices is attached to the cross handle so as to be rotatable relative to the rod body around the cross handle. (2) The cross handle includes at least a stator fixed to the rod body and an upper relative rotor rotatably attached to the free end of the stator, and the firing device is directly connected to the upper relative rotor. The baton with a cross handle according to claim 1, wherein the baton is attached via an attachment. (3) The cross handle includes at least a stator fixed to the rod body and an upper relative rotor rotatably attached to the free end of the stator, and is approximately C-shaped with its upper end Claim (1) characterized in that the firing device is provided with a hand guard fixed to the upper relative rotor and relatively rotatable around the cross handle, and the firing device is attached to the cross handle via the hand guard. A baton with a cross handle.