1. A method for the effective identification of neighboring nodes in a mobile ad-hoc network, wherein each node transmits within a given time raster a message signalling its presence which is acknowledged through the transmission of an acknowledgement message by at least one node which receives the message signalling the presence for the first time,
wherein the time raster in which the message signalling a presence is transmitted is varied by a node which is disposed outside an ad-hoc network.
2. The method according to claim 1,
wherein the time raster in which the message signalling its presence is transmitted from a node disposed outside an ad-hoc network directly after a start-up of the node disposed outside an ad-hoc network, is adjusted to a comparatively high value, which is successively reduced until a previously determined minimal-value time raster is reached.
3. The method according to claim 1,
wherein directly after it has identified that it is now disposed outside an ad-hoc network, a node transmits the message signalling its presence in a time raster with a comparatively high value, which is successively reduced until a previously determined minimal-value time raster is reached.
4. The method according to any one of claim 1,
wherein the acknowledgement message is transmitted directly after the reception of the message signalling the presence.
5. The method according to claim 4,
wherein the acknowledgement message is transmitted immediately after the reception of the message signalling a presence.
6. The method according to claim 4,
wherein the acknowledgement message is transmitted after the reception of the message signalling a presence with the addition of a statistical delay time associated in each case with the respective node.
7. The method according to claim 1,
wherein a node disposed outside an ad-hoc network transmits a message signalling a presence within a previously specified, constant time raster from the time of the reception of the acknowledgement message.
8. The message according to claim 1,
wherein a node disposed outside an ad-hoc network transmits a message signalling a presence within a previously specified, constant time raster from the time of the reception of a message signalling a presence of another node, which it acknowledges with an acknowledgement signal.
9. The method according to claim 1,
wherein a node is integrated in an ad-hoc network with at least one further node as soon as one of the two nodes receives the acknowledgement message to its transmitted message signalling a presence from the respectively other node.
10. The method according to claim 1,
wherein a node is disposed within an ad-hoc network so long as it receives a further message signalling a presence of a node of the ad-hoc network within a previously specified time interval since the last reception time of a message signalling a presence of a node of the ad-hoc network.
11. The method according to claim 1,
wherein a secured andor encrypted symmetrical data transmission between at least two nodes disposed within an ad-hoc network is implemented as soon as one of the two nodes receives a further acknowledgement message to its transmitted acknowledgement message from the respectively other node.
12. The method according to claim 1,
wherein the identification of neighboring nodes in a mobile ad-hoc network precedes a routing-planning, preferably a routing-planning according to the Optimised-Link-State-Routing protocol.
13. A mobile ad-hoc network with at least one node disposed inside or outside the mobile ad-hoc network and transmitting a message signalling its presence within a given time raster and at least one node disposed inside or outside the mobile ad-hoc network receiving the message signalling the presence for the first time and acknowledging the latter through transmission of an acknowledgement message,
wherein the time raster for the transmission of the message signalling a presence is varied in the case of a node disposed outside the ad-hoc network.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A monomanual electric fishing rod and reel comprising:
a rear rod section;
an electric reel having a removable housing, the reel removably attachable in circuit with the rear rod section;
an electric gear motor disposed within the housing, the motor in operational communication with the reel;
a control module disposed upon the rear rod section, the control module having a power button and a throttle button disposed thereupon, the control module in operational communication with the motor;
a CPU disposed within the rear rod section, the CPU in operational communication with the control module;
a handle releasably attachable to the rear rod section;
a battery disposed within the handle;
a charger port disposed upon the handle;
wherein each of a plurality of depression tactics initiates each of a plurality of command signals relayed from the CPU to the electric reel, wherein the speed, acceleration, and rotation of the reel is controllable and the monomanual electric fishing rod and reel is operable one-handedly.
2. The monomanual electric fishing rod and reel of claim 1 wherein the reel further comprises:
a support arm disposed upon the housing;
a foot portion disposed atop the support arm;
a plurality of contacts disposed upon the foot portion;
wherein the foot portion releasably interconnects with the rear rod section and the plurality of contacts engage in circuit with the control module, the CPU, and the battery, to operationally engage the motor, when the reel is releasably attached to the rear rod section.
3. The monomanual electric fishing rod and reel of claim 2 wherein the CPU is configured to deactivate the motor when extant line drags from the reel.
4. The monomanual electric fishing rod and reel of claim 3 wherein the handle further comprises an aft end, the charger port disposed at the aft end whereby a charger attachment is connectable to an extant power source and the battery is rechargeable thereby.
5. The monomanual electric fishing rod and reel of claim 4 wherein holding the power button depressed activates the electric reel and increased pressure upon the power button increases the speed of the reel whereby a range of reeling speeds is operable.
6. The monomanual electric fishing rod and reel of claim 5 wherein decreased pressure upon the power button decreases the speed of the reel and release of the power button deactivates the reel.
7. The monomanual electric fishing rod and reel of claim 6 wherein the rear rod section further comprises:
a rearward end;
a male quick-disconnect connector disposed at the rearward end;
wherein the rear rod section is releasably attachable in circuit to the handle.
8. The monomanual electric fishing rod and reel of claim 7 wherein the handle further comprises:
a front end;
a female quick-disconnect connector disposed on the front end;
wherein the female quick-disconnect connector releasably engages with the male quick-disconnect connector and the handle is releasably attachable in circuit to the rear rod section thereby.
9. A monomanual electric fishing rod and reel comprising:
an electric reel comprising:
a water proof housing;
a direct drive electric gear motor disposed within the housing, the electric gear motor in operationally engaging a drive shaft;
a rotor disposed upon the housing, the rotor in operational communication with the drive shaft;
a casting trigger pivotally disposed upon the rotor;
an anti-reverse lever disposed upon the housing;
a bail in operational communication with the casting trigger;
a drag adjustment knob disposed upon the reel;
a support arm disposed upon the reel, said support arm comprising:
an arm portion affixed to the housing;
an upper end;
a foot portion disposed perpendicularly upon the upper end;
a front foot section disposed upon the foot portion;
a rear foot section disposed upon the foot portion;
a plurality of contacts disposed upon the foot portion;
a rear rod section releasably connectable to the support arm, the rear rod section comprising:
a rearward end;
a male quick-disconnect connector disposed at the rearward end;
a slip ring disposed proximal to the male quick-disconnect connector, the slip ring configured to releasably receive the rear foot section of the reel support arm when the reel is mounted to the rear rod section;
a CPU disposed within the rear rod section;
a control module disposed upon the rear rod section;
a power button disposed upon the control module;
a throttle button disposed upon the control module;
a mount slot disposed upon the rear rod section;
a handle releasably attachable to the rear rod section, the handle comprising:
a front end;
an aft end;
a female quick-disconnect connector disposed at the front end;
a charger port disposed at the aft end;
a rechargeable Lithium-ion battery disposed within the handle;
a charger attachment removably attachable to the charger port, the charger attachment interconnectable with an extant power source whereby the battery is rechargeable;
a plurality of wiring interconnecting the power button, the throttle button, the CPU, and the electric motor, said plurality of wring disposed within the rear rod section, the support arm, and the housing;
wherein the handle releasably connects the battery in circuit with the plurality of wiring when the handle is releasably attached to the rear rod section;
wherein the power button activates the electric reel and the throttle button controls the speed and acceleration of the electric motor, whereby the monomanual electric fishing rod and reel is operable one-handedly.
10. The monomanual electric fishing rod and reel of claim 9 wherein each of a plurality of depression tactics initiates each of a plurality of command signals relayed from the CPU to the electric reel, wherein the speed, acceleration, and rotation of the rotor is controllable.
11. The monomanual electric fishing rod and reel of claim 10 wherein holding the power button depressed activates the electric reel and increased pressure upon the power button increases the speed of the reel whereby a range of reeling speeds is operable.
12. The monomanual electric fishing rod and reel of claim 11 wherein decreased pressure upon the power button decreases the speed of the reel and release of the power button deactivates the reel.
13. The monomanual electric fishing rod and reel of claim 12 wherein the throttle button selects among a plurality of depression tactics whereby the acceleration of the reel is set at different speeds activatable when the power button is depressed.