Abstract: A bow cable management system is provided. The system includes a bow management device, a bow and an electronic accessory. The bow management device includes a base member and a bracket, wherein the base member has a first side and an opposing second side with a recess formed on the second side. A first channel extends from the recess out a front end of the base member, and a second channel extends from the recess out the bottom side of the base member. The bow management device is coupled to a riser of the bow. The electronic accessory is coupled to the bracket of the cable management device. The cable management device is configured to receive a cable of the electronic accessory through first channel with a portion of the cable retained within the recess of the base member and then extending through the second channel to a trigger accessory.

Abstract: A bow cable management system is provided. The system includes a bow management device, a bow and an electronic accessory. The bow management device includes a base member and a bracket, wherein the base member has a first side and an opposing second side with a recess formed on the second side. A first channel extends from the recess out a front end of the base member, and a second channel extends from the recess out the bottom side of the base member. The bow management device is coupled to a riser of the bow. The electronic accessory is coupled to the bracket of the cable management device. The cable management device is configured to receive a cable of the electronic accessory through first channel with a portion of the cable retained within the recess of the base member and then extending through the second channel to a trigger accessory.

Abstract: A bow cable management system is provided. The system includes a bow management device, a bow and an electronic accessory. The bow management device includes a base member and a bracket, wherein the base member has a first side and an opposing second side with a recess formed on the second side. A first channel extends from the recess out a front end of the base member, and a second channel extends from the recess out the bottom side of the base member. The bow management device is coupled to a riser of the bow. The electronic accessory is coupled to the bracket of the cable management device. The cable management device is configured to receive a cable of the electronic accessory through first channel with a portion of the cable retained within the recess of the base member and then extending through the second channel to a trigger accessory.

Abstract: A bow cable management system is provided. The system includes a bow management device, a bow and an electronic accessory. The bow management device includes a base member and a bracket, wherein the base member has a first side and an opposing second side with a recess formed on the second side. A first channel extends from the recess out a front end of the base member, and a second channel extends from the recess out the bottom side of the base member. The bow management device is coupled to a riser of the bow. The electronic accessory is coupled to the bracket of the cable management device. The cable management device is configured to receive a cable of the electronic accessory through first channel with a portion of the cable retained within the recess of the base member and then extending through the second channel to a trigger accessory.

Abstract: A method wherein an autonomous system that must move off of the current DCCH channel: determines a new DCCH channel; transmits on the current DCCH channel a new PSP/POF list in which the new DCCH replaces the current DCCH, transmitting the new PSP/POF list for a time sufficient for mobile stations camped on the current DCCH to update their PSP/POF lists; and begins broadcasting on the new DCCH channel. Whereby a MS camped on the current DCCH: receives the new PSP/POF list; updates its internal tables; loses communications on the current DCCH; performs the Control Channel Reselection procedure; finds the new DCCH channel; and camps on it.

Abstract: A method wherein an autonomous system that must move off of the current DCCH channel: determines a new DCCH channel; transmits on the current DCCH channel a new PSP/POF list in which the new DCCH replaces the current DCCH, transmitting the new PSP/POF list for a time sufficient for mobile stations camped on the current DCCH to update their PSP/POF lists; and begins broadcasting on the new DCCH channel. Whereby a MS camped on the current DCCH: receives the new PSP/POF list; updates its internal tables; loses communications on the current DCCH; performs the Control Channel Reselection procedure; finds the new DCCH channel; and camps on it.