초록 ▼

An adjustable shotgun choke device for allowing the user to change the choke constrictions without unscrewing one choke and screwing another choke into the barrel of the shotgun. The adjustable shotgun choke device includes a tubular member having open ends and a bore extending therethrough with the

An adjustable shotgun choke device for allowing the user to change the choke constrictions without unscrewing one choke and screwing another choke into the barrel of the shotgun. The adjustable shotgun choke device includes a tubular member having open ends and a bore extending therethrough with the tubular member being adapted to be threaded in a barrel of a shotgun; and also includes a sleeve member having a first end, a second end, and a bore extending therethrough with the sleeve member being removably attached to the tubular member.

대표청구항 ▼

An adjustable shotgun choke device for allowing the user to change the choke constrictions without unscrewing one choke and screwing another choke into the barrel of the shotgun. The adjustable shotgun choke device includes a tubular member having open ends and a bore extending therethrough with the

An adjustable shotgun choke device for allowing the user to change the choke constrictions without unscrewing one choke and screwing another choke into the barrel of the shotgun. The adjustable shotgun choke device includes a tubular member having open ends and a bore extending therethrough with the tubular member being adapted to be threaded in a barrel of a shotgun; and also includes a sleeve member having a first end, a second end, and a bore extending therethrough with the sleeve member being removably attached to the tubular member. he driving agent to identify sampling points for the information elements driven in the multi pumped signaling mode. 9. The method of claim 8, wherein only one type of edge of the one or more strobe signals is used to identify sampling points for the information elements. 10. The method of claim 8, wherein the one or more strobe signals comprise a plurality of strobe signals, the plurality of strobe signals activated in an out of phase or staggered arrangement. 11. The method of claim 8, wherein the one or more strobe signals to identify sampling points which are substantially centered in each of the information elements. 12. A bus connected to a plurality of bus agents, the bus comprising: a multidrop bidirectional control bus to provide a plurality of control signals including a common bus clock, an address strobe signal and a data strobe signal; a multidrop bidirectional data bus to allow a driving agent to drive information elements onto the data bus at a frequency that is a multiple of a frequency of the bus clock; and a multidrop bidirectional address bus to allow a driving agent to drive information elements onto the address bus at a frequency that is a multiple of a frequency of the bus clock; wherein the driving agent activates the data strobe signal to identify points for sampling the information elements driven onto the data bus; and wherein the driving agent activates the address strobe signal to identify points for sampling the information elements driven onto the address bus. 13. An apparatus for transferring information, comprising: a plurality of agents, at least one of the agents operating as a driving agent; a multidrop bidirectional bus connected to the agents, the bus including a control bus, an address bus and a data bus, the control bus including a common bus clock line for providing a common bus clock to all agents, an address strobe signal line and a plurality of data strobe signal lines; wherein a driving agent can drive a request onto the address bus using a multi pumped signaling mode in which information elements of the request are transmitted at a rate that is a multiple of a frequency of the bus clock, and in which the driving agent can temporarily activate an address strobe signal on the address strobe signal line to identify sampling points for the information elements driven onto the address bus; and wherein a driving agent can transfer data using a multi pumped signaling mode in which data elements are driven by a driving agent onto the data bus at a rate that is a multiple of the frequency of the bus clock, and in which the driving agent also can temporarily activate a plurality of data strobe signals in a staggered or offset arrangement onto the plurality of data strobe signal lines to identify sampling points for sampling the data elements. 14. The apparatus of claim 13, wherein only one edge of the data strobe signals is used to identify sampling points for sampling the data elements. 15. The apparatus of claim 14, wherein the one edge of the data strobe signals to identify sampling points for the data elements comprises only the rising edge of the data strobe signals. 16. The apparatus of claim 14, wherein the one edge of the data strobe signals to identify sampling points for the data elements comprises only the falling edge of the data strobe signals. 17. An apparatus for transferring information, comprising: a plurality of agents, at least one of the agents operating as a driving agent; a bidirectional multidrop bus connected to the agents, the bus including a control bus, an address bus and a data bus, the control bus including a common bus clock line for providing a common bus clock to all agents and a plurality of strobe signal lines; wherein a driving agent to transfer information using a multi pumped signaling mode in which information elements are selectively driven by a driving agent onto either one of or both of the address bus or the data bus at a rate