HK1075491A - A control unit for a defence-spray container in combination with a light source - Google Patents

Description

FIELD OF THE INVENTION

This invention relates to a control unit for a light source in combination with a spray defense container and may be used by law enforcement forces and general public for self-defense actions whereby the flashlight of the light portion should help the intended victim to allocate the assailant's face and/or to partially blind and deter him and subsequently or at the same time the defending spray can be applied against the assailant's eyes if the assailant continues in his action against the victim.

DESCRIPTION OF THE PRIOR ART

There are many types of combined devices known in the art. The most of them are based on a conventional concept of a torch or battery lamp, in certain cases also in combination with a baton, adapted to form an assembly including a self-defense spray container. As disclosed in the U.S. pat. no. 5,086,377 such a device may consist of a middle portion comprising a defending spray and an end portion with a light and sound alarm devices. Such a device is big in size and therefore not suitable to be carried in a handbag or pocket.

From the U.S. pat. No. 5,549,220 a pistol-shape device is known that includes in a housing a storage battery, two lamps emitting blue and white light respectively, a sound source and a chemical repellent container. The device includes at least three separate compartments, internal wiring and piping to provide the respective connections between the operating switches, battery, lamps and a gas nozzle. The device is operated by two switches and a trigger what may be rather confusing in the situation when it should be used against an unexpected assailants and therefore very quickly and with an immediate and surprising effect. Moreover, due to its considerable size such device is not suitable to be carried in a handbag specifically in a ladies shoulder bag or a clutch bag or a pocket.

U.S. Pat. No. 5,373,427 discloses a device having a shape of a conventional elongated torch housing serving as a holder with a lamp emitting light substantially in a right angle to the torch holder and disposed at the upper end thereof. A self-defense spray container is inserted in the housing below the lamp and the lower interior part of the housing is occupied by a battery pack. The access to the spray activating button on the container is covered by a rotational cover, which when lifted in its upper position operates as a switch connecting the terminals of the lamp and batteries to activate the emission of light. In the lower closed position the cover surface is leaning towards the vertically biased exterior portion of the housing and closes the opening providing otherwise the access to the spray actuating button. In use by the defender the cover must be first allocated then gripped by a finger and lifted. The time necessary for taking such actions may be critical one in view of the condition of a victim exposed to a sudden or unexpected assailant's attack. Moreover, the design where the lamp is separated from batteries by a spray container requires rather complicated connection between the lamp, battery and switch and relatively big dimensions like with the above described devices.

The EPA pat. application No. 02011133.2 discloses a combined self-defense device comprising a light portion and a spray portion mutually connected by a specially designed flange to form a single unit and enable activation of both the light source and the container button. The light source is a LED diode and the accumulator is a button-type battery. This design provides for a considerably reduced size of the device and for a variability of mutual arrangement of all its components. One of the possible alternatives includes a successive actuation of the light source and the spray container by one single actuating button. Nevertheless, the spray container button is not sufficiently protected from unwilling depression and the adaptation to various defense spray containers may be rather complicated.

The primary object of the invention is a control unit for a light source that in combination with a spray defense container enables to minimize the size of the device and to provide simple adaptation thereof to a conventional spray container.

Another object of the invention is to equip such device with means preventing an improper activating of its both functions.

Still another object of the invention is to enable easy and quick operation of both the light source and the spray portion.

SUMMARY OF THE INVENTION

A control unit for a self-defense container with an activating button and a nozzle and further including a light source and a battery source wherein the control unit comprises a sleeve with a lower portion for association with the container and an upper portion for receiving a housing of the light source, a cover of the button having a coupling portion and a free portion, the cover being rotatably mounted on the housing and including an internal compartment for receiving the battery source.

According to another aspects of the invention the battery source is connected to the light source through a switch controlled by the movement of the cover and the housing may have in its lower part an opening for the container nozzle and the sleeve a recess in its upper portion for engagement the lower part of the housing and an opposite situated passage for access to the button of the container.

Pursuant to another embodiment of the invention the sleeve may be provided with a flange in its lower portion for attachment to the container or alternatively the sleeve may have the form of a case to receive the container.

Still another aspect of the invention includes the arrangement where the cover is in its closed position situated in a plane substantially perpendicular to the longitudinal axis of the container and its free end is biased against the passage in the sleeve.

To enable the light source to be actuated by lifting the cover, the light source is provided by a first and second feeding leads fixedly mounted in the housing and the cover is mounted for rotation motion on the housing by means of a hollow shaft comprising two inside springs for urging the cover against said passage in the sleeve and having outer and inner terminals extending from the hollow shaft. Advantageously a first outer terminal forms a fixed contact with the first light source feeding lead and the second outer terminal forms a movable contact with the second light source feeding lead and the inner terminals serves as fixed contacts with the battery source. The housing portion and the sleeve portion may be integrated in one body. The minimum size of the control unit according to the invention may be achieved when the light source is a light emitting diode and the battery source is a button-type battery.

BRIEF DESCRIPTION OF THE DRAWINGS

Further objects of the present invention together with additional features contributing thereto will be apparent from preferred embodiments of the invention as illustrated in the accompanying drawings wherein:

• Fig. 1 - is a perspective view of a control unit
• Fig. 2 - is a perspective view of a control unit with a sleeve in the form of a case for receiving a container.
• Fig. 3 - is a front sectional view of the control unit shown in Fig. 2;
• Fig. 4 - is a front sectional view of the control unit shown in Fig. 1;
• Fig. 5 - is an exploded detailed view of an electric circuit of a light source and a battery source;
• Fig. 6 - is a exploded detailed view of the structure of contacts for actuating the electric circuit;
• Fig. 7- is a front sectional view of the unit shown in Fig. 2 with certain elements integrated in one body;
• Fig. 8 - is a front sectional view of the unit shown in Fig. 1 with certain elements integrated in one body.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

With respect to embodiments shown in Fig. 3 or 4 a control unit according to the invention comprises a housing 1 for a light source 5 having a lower prismatic portion 13 as shown in perspective view in Fig. 1 and Fig. 2, a sleeve 3 to secure the housing 1 to a self-defense spray container 4 and a cover 2 with a front coupling end and a free end 23 supporting a battery source 6. In combination with a conventional self-defense spray container the control unit represents a combined light emitting and spray discharging self-defense device.

The cover 2 is by its coupling end mounted for rotational motion on the housing 1 while the free end 23 thereof includes an interior compartment 20 for supporting the battery source 6, which is in the present embodiment represented by a button-type batteries pack. The compartment 20 is closed by a cap 21.

The sleeve 3 has a recess 31 in its front wall and an opposite situated passage 32 in its back wall. The recess 31 is designed as a mount base 33 for securing the lower prismatic portion of the housing 1 to the sleeve 3. In the embodiment shown in Fig. 2 and Fig. 3 the sleeve 3 extends downwardly to form a case 34 for storing the container 4. The container 4 is of a conventional shape and structure with an upper rim, an internal valve, outlet tube 41 and an actuating button 42 ending with an outlet nozzle 44. The case 34 serves also as a hand-held portion of the control unit and is provided by internal ribs 36 to secure a proper position of the container 4 in the case 34. In the embodiment of Fig 1 and Fig 4 the lower end of the sleeve 3 is terminated by a flange 37 for fixing the sleeve 3 on the rim of the container 4.

The housing 4 includes in its upper portion ridges 12 and a hollow shaft 22 extending through a rectangular recess 16 and rotatably mounted in the ridges 12 providing thus a hinge for the cover 2. To enable the discharge of the spray along the light beam the lower prismatic portion of the housing has an opening 14 for the nozzle 44. The light source 5 is in the present embodiment a light emitting diode (LED). The light source is further provided by a first feeding lead 55 and a second feeding lead 57 both fixed in the housing 1.

The free end 23 of the cover 2 is biased against the upwardly projecting edges of the passage 32 in the sleeve 3 by inner terminals 26, 29 of two coil springs 24, 27 placed in the hollow shaft 22. The inner terminals 26, 29 of the springs 24, 27 are fixed in the free end 23 of the cover 2 to serve also as stable contacts with the batteries 6 as illustrated in detail in Fig. 5. The outer terminals 25, 28 of the coil springs 24 27 consist of a first outer terminal 25 of the spring 24 which is embedded in the housing 1 and a second outer terminal 28 of the spring 27 serving as a movable contact cooperating with the second feeding lead 57 of the light source 5 to close or open the feeding circuit electrically connecting the batteries 6 with the light source 5.

In Fig 4 the cover 2 is illustrated in its open condition, in which the movable contact of the second outer terminal 28 of the spring 27 engages the second feeding lead 57 of the light source 5 to close the feeding circuit and activate the light source 5.

A detailed arrangement and function of the movable contact and the second feeding lead 57 appears from Fig. 6. The hollow shaft 2 is provided at its one end with a cut-out 221 having an upper face 222 and a lower face 221. The movable contact - the second outer terminal 28 is urged by the force of the coil spring 27 against the upper face 222. Upon lifting the cover 2 towards its opened condition in the direction of arrow the second outer terminal 28 engages the second feeding lead 57 while the upper face 222 of the cut-out disengages the second outer terminal 28. The motion of the cover 2 upwardly is interrupted when the lower face 221 abuts the second outer terminal 28.

The device may be operated by one finger. By inserting the finger in the passage 32 in the sleeve 3 the cover 2 is moved into its upper condition as shown in Fig. 4 and simultaneously the access to the button 42 of the container 4 with the self-defense spray is enabled. The electrical circuit is automatically closed and the light source activated as described above. By depressing the button the container valve is released and the spray discharged through the nozzle 44 in the direction of the light beam generated by the light source 5.

Fig. 7 and Fig. 8 illustrate other embodiments of the invention where a housing 1 and a sleeve 3 are integrated into one single body. Except this feature the structure and function of other elements of the control unit according to the invention are the same as in the previous described embodiments and they need not be further described. Accordingly the same reference number are used for the corresponding elements.

INDUSTRIAL APPLICABILITY

The control unit according to the invention may be used as a non-destructive self-defense device that due to its minor size and easy operation is available not only to the law enforcement personnel by also to the general public.

Claims (10)

1. A control unit for a self-defense container (4) with an activating button (42) and a nozzle (44) and further including a light source (5) and a battery source (6) characterized in that it comprises a sleeve (3) with a lower portion for association with the container (4) and an upper portion for receiving a housing (1) of the light source (5), a cover (2) of the button having a coupling portion and a free portion, the cover (2) being rotatably mounted on the housing and including an internal compartment (20) for receiving the battery source (6).
2. A control unit according to claim 1 wherein the battery source (6) is connected to the light source (5) through a switch controlled by the movement of the cover (2).
3. A control unit according to one of claims 1 and 2 wherein the housing has in its lower part an opening (14) for the container nozzle (44) and the sleeve has a recess (31) in its upper portion for engagement the lower part of the housing (1) and an opposite situated passage (32) for access to the button (42) of the container (4).
4. A control unit according to any of claims 1 to 3 wherein the sleeve (3) is provided with a flange (37) in its lower portion for attachment to the container (4).
5. A control unit according to any of claims 1 to 3 wherein the sleeve (3) has the form of a case (34) for the container (4).
6. A control unit according to any of claims 1 to 5 wherein the cover (2) is in its closed position situated in a plane substantially perpendicular to the longitudinal axis of the container (4) and its free end is biased against the passage (32) in the sleeve (3).
7. A control unit according to any of claims 1 to 6 claim 1 wherein the cover (2) is coupled with the housing (1) through a hollow shaft (22) in which springs (24, 27) are disposed the outer ends (25, 28) of which constitute contacts with feeding leads (55, 57) of the light source (5) and the inner ends (25, 28) constitute contacts with the battery source (6).
8. A control unit according to any of claims 1 to 7 wherein the housing (1) and the sleeve (3) are integrated into one single body.
9. A control unit according to any of claims 1 to 8 wherein the light source (5) is a light emitting diode.
10. A control unit according to any of claims 1 to 9 wherein the battery source (6) is a button-type battery.