DE10114544A1 - Bicycle or motor cycle-lock, has installed alarm unit and transmitter with portable receiver - Google Patents

Abstract

An alarm installation, with transmitter, and receiver unit has impact protection and is installed as a compact appliance in a housing. A tri-functional appliance has acoustic protection, a transmitter, and receiver having a range up to 1000m. A steel housing and compact electronics with all switching systems for the transmitter are provided. A cover for the steel housing and loudspeaker is provided, and a housing is available for the transmitter switching system.

Description

Anwendungsgbiet

The invention is used in the field of two-wheelers industry and two-wheelers.

State of the art

Theft protection of the two-wheeled vehicle by means of various locks, but they are not equipped with an alarm, transmitter with receiver and with shock protection.
(There are three security points that are still lacking in the state of the art today).

Criticism of technology

With the current anti-theft devices one can Lock two-wheel vehicles with locks, they do not include a compact alarm system, Transmitter with receiver with a range of 100 m up to max. 1000 m (depending on your wishes and needs). The impact protection also prevents violence total destruction by the action of external force, such as B. a hammer or similar hard counter stand can be triggered.

task

The invention has for its object the theft To prevent (theft) of the two-wheeled vehicle since with the two-wheeled vehicle can not be stolen. In addition, there is the possibility of the perpetrator in the Hit escape or possibly catch him.

solution

The task of theft protection is achieved according to the invention by equipping the alarm, transmitter with receiver (range 100 to max. 1000 m) and an impact protection.
(However, it is not a retrofit kit).

Achievable advantages

The invention prevents theft (theft) of two-wheeled vehicles and, if applicable, that of the perpetrator by timely warning (by the transmitter and Recipient).  

Description of the figures and pictures

to

image

1:

• - ZRF lock (two-wheel vehicle lock) with alarm and transmitter
• - Receiver

to

image

2

:

1

screw

2

ring seal

3

Custom made flat gasket

4

Screw cap for the battery

4.1

Plus contacts

5

light diodes

5.1

12 volt resistor

6

On-off switch

7

12 volt battery

8th

Plug with six plug connections

9

Connector for antenna

10

On-off switch

11

ring seals

12

Screws for

FIG.

3

and

4

13

Loudspeaker (siren)

14

rivet

15

On-off switch

16

Plastic sleeve

17

Contrast spring

18

Lid with threaded screw, with a hole for steel wire (1 mm)

19

Steel wire 1 mm

20

Steel wire 10 mm

21

Shrink tubing with a thickness of 3-5 mm

22

Screws for fastening

FIG.

5

on the

FIG.

2

are needed

23

Screws for no.

19

for fixing

24

Lock to lock, was only used as a model, but is not part of the patent claim.

25

Pin connection

26

Contacts for the transmitter

27

Contacts for the alarm (back pressure to the pen holder)

27.1

Fixing screw for no.

27

28

Alarm system cable

29

Plate with a hemisphere

30

Halbkugelnuten

to picture 2

Fig. 1. Steel case

Fig. 2.Battery housing etc.

Fig. 3. Lid of the housing and holder of Fig. 4th

Fig. 4. Housing for the alarm (loudspeaker and switching system)

Fig. 5. Transmitter (range of 100-max. 1,000 m)

Fig. 6. Alarm system

to Figure 3.1

S = side view
V = front view
D = top view
Of

FIG.

1.

to Figure 3.2

S = side view
V = front view
D = top view
Of

FIG.

Second

to Figure 4.1

S = side view
V = front view
D = top view
Of

FIG.

Third

to Figure 4.2

S = side view
V = front view
D = top view
Of

FIG.

4th  to

image

5

: Power supply to the system

1

Transmitter (range approx. 100-max.

1000

m)

2

alarm system

3

12 volt battery

4

On-off switch

5

light diodes

6

On and off switch (when pressed, on and when released, switches off automatically)

7

Resistor for 12 volts

8th

Plug with six plug connections

9

Connector for the antenna (plug-in connection)

10

Loudspeaker (siren)

11

antenna cable

12

On and off switch (as with no.

6

)

13

Cable that is laid around the steel wire (10 mm) (alarm trigger)

14

arrester

15

Representation of the power supply system from

FIG.

1

,

16

Representation of the power supply system from

FIG.

4

,

to Figure 6.1:
6.2 :
6.3 :
1 shrink tube (3-5 mm thick)
2 steel wire (10 mm)
3 steel cables (1 mm) in a plastic tube
4 alarm cables (alarm is triggered when cable is cut)
5 counter pressure spring
6 plastic sleeve
7 switches (on when pressed and off when released)
8 cover with threaded screw, with a hole for the steel wire (1 mm)
9 hole for No. 4
10 hole for the steel wire (1 mm) No. 12
11 screws that serve to fasten the steel wire (1 mm) No. 12 .
12 holes for No. 11
to Figure 6.4: 1st Screws, as shown in Figure 2 no. 1
2 screw caps for the battery housing
3 LEDs with an on and off switch for checking the battery
4 On and off switch, power for installation and checking the transmitter.

to Figure 7.1

S = side view
V = front view
D = top view
Left part of the cover made of soft rubber

to Figure 7.2

S = side view
V = front view
D = top view
Right part of the cover made of soft rubber

to Figure 7.3

S = side view
V = front view
D = top view
Middle part of the cover made of soft rubber

Image 2

The picture 2 ( Fig. 1) consists of hard metal (steel, cast iron, etc.) and the picture 2 ( Fig. 2) is the holder of the battery picture 2 (No. 7); and Figure 2 ( Fig. 6).

The electronics of the alarm system is attached to Figure 2 ( Fig. 2) and connected to a battery by + and - poles, the same applies to Figure 2 ( Fig. 5). The transmitter is shown in Figure 2 / Figure 2) with screws, in Figure 2 (No. 22) fixed and the electronics of the transmitter is with + and -.. Connected Poland.

Figure 2 (No. 5) shows a diode lamp with a diode for 12 V voltage, see Figure 2 (No. 1 and 5) and Figure 2 (No. 6) shows the ON and OFF switch, these are in Rows connected. Fig. 2 (No. 5, 5.1, 6) are there so that you can see at any time at the push of a button, as shown in Fig. 2 (No. 7), whether the battery has enough voltage by using the LED Illuminance can recognize.

This system in Figure 2 (No. 5, 5.1, 6) represents a control lamp for the battery in Figure 2 (No. 7). Figure 2 (No. 8) represents the connector for all cables to which in Figure 2 ( Fig. 3 and 4) existing electrical parts of the installed cable to connect together, this will make it possible at any time, as shown in Figure 2 (No. 8), apart, without damaging the connecting cable.

As shown in Figure 2 (No. 9), it is the same principle as in Figure 2 (No. 8). Picture 2 (No. 9) is only carried out separately for the antenna, since the antenna cable is made of special metal, and this antenna cable should be able to be separated without damaging it.

Figure 2 (No. 10) shows the ON and OFF switch. When checking the transmitter by switching OFF once and then ON again, the receiver should "ring" twice when switched on. With picture 2 (No. 10) you can also switch the entire system on and off.

When OFF, the voltage is interrupted if the device has been damaged or triggered by the thief and the alarm and the transmitter have been put into operation, the alarm and transmitter can be switched off again, as shown in Figure 2 (No. 10).

Picture 2 ( Fig. 4) contains picture 2 (No. 13), which is installed in such a way that the siren can be heard clearly. This is achieved through holes, as shown in Figures 2 and 1, so that the siren can penetrate outside.

Image 2 (No. 27) is attached to Image 2 ( Fig. 4), as can be seen in Image 2, with Image 2 (No. 27.1).

Fig. 2 (No. 27.1) shows the contact for the transmitter, see Fig. 2 (No. 26), this is put into operation when, as can be seen in Fig. 2 (No. 25), it is caused by external force such as a hammer or similar hard object.

Fig. 2 (No. 25) the contact pin pops out, this creates a counter voltage in Fig. 2 (No. 27) by activating the contact pin, as can be seen in Fig. 2 (No. 26). The contacts in Figure 2 (no. 26) shown, touch and it is simultaneously produced the contact for the station in the image 2 (Fig. 5 and 6).

As Figure 2 (No. 15, 16, 17, 18 and 19) shows, it has the task of activating the transmitter when Figure 2 (No. 19) is cut. In picture 2 (no. 19) the steel wire is tensioned with the help of a spring, as shown in picture 2 (no. 17), so that this creates a counter voltage and thereby the switch for the transmitter, as shown in picture 2 (no 15) can be seen in the OFF position. [As shown in Figure 2 (No. 19), attached to Figure 6.3 (No. 11 and 12)].

There are holes in Figure 6.3 (No. 12) that are intended for the fact that Figure 2 (No. 19) can be inserted into Figure 6.3 (No. 3) and with the help of Figure 6.3 (No. 11) can be attached.

When everything has been assembled as described in Figure 2, with additional rubber cladding, as shown in Figures 7.1 , 7.2 and 7.3 , the alarm system, the transmitter with receiver and the impact protection looks as shown in Figure 1.

Replacing and checking the battery and switching the entire system ON and OFF is simplified for the consumer by handling it as outlined in Figure 6.4.

Claims (8)

1. Alarm system, transmitter with receiver and shock protection for all two-wheeled vehicles, which are installed as a compact device in a housing, are reliable, compact and contain 3 functions at the same time:
an acoustic fuse
Transmitter with receiver (range 100 to max. 1000 m)
arrester
to protect against theft of two-wheeled vehicles (theft).
That like in picture 2 ( fig. 1) a steel housing and the compact electronics, like in picture 2 ( fig. 2, 5 and 6), of picture 2 ( fig. 4) with all switching systems for the transmitter, like in picture 2 (Fig. 3), the lid for the steel housing and in the image 2 (Fig. 4) housing for speaker, as in Figure 2 (no. 13) and in Figure 2 (Nos. 15, 16, 17 and 18) housing for the Switching system of the transmitter, are presented. The collateral in the image 2 (Fig. 6), the alarm, in the image 2 (Fig. 5) of the transmitters and in Figure 2 (no. 25, 26, 27 and 27.1), the impact protection system dargstellt. 2. Alarm system, transmitter with receiver and shock protection for all Zweird vehicles, according to claim 1, characterized in that the housing in Figure 2 ( Fig. 1) has a cavity, adapted for that in Figure 2 ( Fig. 2, 5 and 6) shown, with all parts. 3. Alarm system, transmitter with receiver and shock protection for all two-wheeled vehicles, according to claim 1. and 2., characterized in that the alarm system and the transmitter with voltage in Figure 2 ( Fig. 5 and 6) are provided because in Figure 2 ( Fig. 2) houses a 12 V battery. This connects the power supply to the alarm siren in Figure 2 ( Fig. 6) and for the transmitter in Figure 2 ( Fig. 5). 4. Alarm system, transmitter with receiver and shock protection for all two-wheeled vehicles, according to claim 1.-3., Characterized in that the picture 2 ( Fig. 4) switching system for the transmitter in picture 2 (No. 15, 16, 17, 18 and 19) is provided if external damage [e.g. B. sawing through the steel cable as shown in Figure 2 (No. 19)], the ball will appear as shown in Figure 2 (No. 29), the switch of the transmitter will be activated by the spring force, as a result the transmitter can send a signal send to recipient. 5. Alarm system, transmitter with receiver and shock protection for all two-wheeled vehicles, according to claim 1.-4., Characterized in that as shown in Figure 2 ( Fig. 6), the alarm system is triggered when the contact cable is cut, whereby the siren is activated.
Since the installed contact cable was cut, the sensors receive no recurring voltage. 6. alarm system, transmitter with receiver and shock protection for all two-wheeled vehicles, according to claim 1-5., Characterized in that as shown in Figure 2 (No. 15), the switch for the transmitter is activated, thereby as in Figure 2 (No. 19), and that the steel wire is cut, in addition, as shown in Figure 2 (No. 17), a plate becomes due to the spring force, which can be seen in Figure 2 (No. 29) pressed down with a ball and the switch of the transmitter is activated. 7. alarm system, transmitter with receiver and shock protection for all two-wheeled vehicles, according to claim 1.-6., Characterized in that the shock protection, as shown in Figure 2 (No. 25, 26, 27 and 27.1), was triggered, and this will activate the alarm system and the transmitter.
The impact protection is triggered by the external force of z. B. a hammer or other hard object, the contact pin is triggered, as shown in Figure 2 (No. 25), which has a hemispherical cavity at both ends. This occurs because, as shown in Figure 2 (No. 30), the hemisphere cavity jumps out of the hemisphere, this in turn occurs because the pen holder, as shown in Figure 2 (No. 27), due to the external violent action receive greater external resistance than in the system itself, which would be necessary for the pen holder to be held firmly.
[With the pin holder, as shown in Fig. 2 (No. 27), the counter pressure to the contact pin, as shown in Fig. 2 (No. 25), is set so that the contact pin should jump out at a certain high and external resistance, so that the transmitter and the alarm system can be activated]. 8. alarm system, transmitter with receiver and shock protection for all two-wheeled vehicles, characterized according to one of the preceding claims, characterized in that, as shown in Figure 2 ( Fig. 6), the alarm system and the transmitter, as shown in Figure 2 ( Fig . 5) can be triggered by the impact protection as shown in Fig. 2 (Nos. 25, 26, 27 and 27.1) or by cutting the contact as shown in Fig. 2 (Nos. 19 and 28) cables of the alarm system and the steel wire for the transmitter with a diameter of 1 mm.
These security systems [alarm system (siren) and transmitter with receiver j are intended to warn the owner in good time.