초록 ▼

A microprocessor circuit that is used to monitor and control a firearm. The microprocessor circuit accomplishes this by monitoring various sensor & control inputs, and acting on these inputs to execute user defined functions. The microprocessor circuit can use the sensory input to determine firearm

A microprocessor circuit that is used to monitor and control a firearm. The microprocessor circuit accomplishes this by monitoring various sensor & control inputs, and acting on these inputs to execute user defined functions. The microprocessor circuit can use the sensory input to determine firearm statistics. These statistics can include the number of times the firearm has been shot, the efficiency of the firearm automatic action, range-to-target, and etcetera. The firearm system can also use a combination of sensors to fabricate a bullet chronograph whereby the muzzle velocity of a cartridge can be determined. These statistics can be date-stamped and recorded into memory. Statistics from Law Enforcement firearms can be used for courtroom evidence and police reporting. These statistics can also be used for firearm maintenance and warranty repair. The microprocessor circuit can display the statistical data to the user via simple light emitting diodes, or sophisticated liquid crystal displays. Data can also be downloaded to a computer docking station as well. The microprocessor circuit can also display the information within the optics of a riflescope. When used in conjunction with a laser range finder sensor, the microprocessor circuit can adjust the electronic cross-hairs (reticle) to compensate for the bullet trajectory.

대표청구항 ▼

1. A firearm system comprising of: (a) a firearm,(b) a microprocessor circuit,(c) a battery for powering said microprocessor circuit,(d) a non-volatile memory for storing a microprocessor program and firearm information,(e) a first sensing means to determine when the firearm action is closed, and a

1. A firearm system comprising of: (a) a firearm,(b) a microprocessor circuit,(c) a battery for powering said microprocessor circuit,(d) a non-volatile memory for storing a microprocessor program and firearm information,(e) a first sensing means to determine when the firearm action is closed, and a second sensing means to determine when the firearm action is open, and a microprocessor timing clock being able to measure the elapsed time between de-activation of the first sensing means and activation of the second sensing means, and conversely the elapsed time between de-activation of the second sensing means and activation of the first sensing means, whereby the firearm system can determine if the state of the firearm action is open or closed, and how fast the action was cycled in order to reach its current state, and whereby the firearm system can make determinations based on the state of the firearm action, and determinations based upon how fast the firearm action opens, closes, opens-and-closes, fails to close, or fails to open. 2. The firearm system of claim 1 further including a real-time-clock means whereby the microprocessor circuit can use the real-time-clock time and date information to time stamp and/or date stamp events as they are recorded into memory. 3. The firearm system of claim 1 further including a wireless communication means to facilitate communication between said firearm system and other devices and/or a command-and-control point. 4. The firearm system of claim 1 further including at least one of, or any combination of, the following arrangements: (a) a third sensing means to detect the presence of a live round in the firearm chamber, and a fourth sensing means to determine when the firing pin impacts the live round, whereby the firearm system can determine when the firearm is discharged,(b) a fifth sensing means to start a second microprocessor timing clock upon detection of a bullet that begins to travel through a predetermined distance of the firearm barrel, a sixth sensing means to stop the second microprocessor timing clock upon detection that the bullet has completed its travel through the predetermined distance, whereby said microprocessor circuit is able to make calculations and determinations using said distance and time information,(c) a seventh sensing means to detect the presence of a live round in the firearm chamber, and as required; an eighth sensing means to detect if the firearm is cocked, and as required; a ninth sensing means to detect the status of a firearm manually operated safety, and as required; a tenth sensing means to detect the status of additional firearm safeties, whereby the firearm system can determine the go or no-go status of the firearm, or otherwise determine if the firearm will be discharged upon the firearm trigger being pressed,(d) an eleventh sensing means to measure the distance to a target, said eleventh sensing means being oriented in the same direction as the firearm, whereby the eleventh sensing means can measure the distance to the target that the firearm is pointed at, and display this measured information to the user, and/or use this information to calculate bullet trajectories,(e) an twelfth sensing means to detect the quantity of ammunition in a firearm magazine as is detectable by way of one or more firearm magazine light windows, said light windows exposing the location of a magazine follower and/or cartridges within said magazine, whereby the firearm system can use said eleventh sensing means to detect the location of said follower and/or cartridges, and therefore determine the number of cartridges in the magazine,(f) a firearm magazine including a follower in combination with electrical traces, said follower and electrical traces being located inside of said firearm magazine, said electrical traces being of differing lengths of which each length correlates to a position indexing of said follower, said follower being variably positioned with respect to the traces, said follower making contact with and completing the circuit between one or more of said electrical traces within said magazine as the follower progresses inside the magazine, whereby the firearm system can detect the location of the follower within the magazine, and can otherwise determine the number of cartridges in said magazine,(g) a data port means for communication between said firearm system and a computer and/or docking station, whereby the firearm system information can be displayed for user viewing and interaction,(h) a visual feedback means that provides an indication to the user of the ready status of the firearm, whereby the firearm system can communicate to the user the go or no-go status of the firearm,(i) an alphanumeric display means for visually communicating to the user the number of rounds remaining in the firearm,(j) an inputting means for inputting user commands and feedback into the firearm system whereby the user can interact with said firearm system, wherein the inputting means includes at least one of, or any combination of: a dial, a button, or a keypad(k) a display assembly means capable of communicating one or more pieces of information to the user, said display assembly further being integrated into the firearm whereby the user can conveniently view all firearm system information,(m) a data entry means by which the user can select or enter tabular trajectory data into the firearm system, whereby the firearm system can use the tabular data to interpolate and present trajectory compensations to the user,(n) a data entry means by which the user can select or enter mathematical constants into the firearm system to be acted upon by a trajectory algorithm, whereby the firearm system can use the results from said algorithm to determine and present trajectory compensations to the user,(o) a optical scope in combination with a electronic heads-up-display, said display enabling the firearm system information to be superimposed onto the scope optics, said combination including an adjustable reticle means whereby said reticle is either traditionally mechanical in nature, or is an integral part of the heads-up-display component, if the reticle is part of the heads-up-display, then the reticle may or may not be further automatically adjusted by the firearm system to make trajectory compensations, additionally said heads-up-display may or may not further include a supplemental aiming mark whereby the firearm system can indicate to the user the aiming point to be used for trajectory compensations,(p) a electronic scope including an image capturing means for acquiring the image that the scope is exposed to, in combination with a display means for visually conveying said acquired image to the user, said displaying means further allowing the firearm system information to be superimposed onto the acquired image, said combination including an adjustable reticle means whereby said reticle is an integral part of the firearm system information that is superimposed onto the acquired image, said reticle means may or may not be further automatically adjusted by the firearm system to make trajectory compensations, additionally said combination may (or may not) further include a supplemental aiming mark means, whereby the firearm system can indicate to the user the aiming point to be used for trajectory compensation,(q) a control outputting means, said control outputting means further including a energetic component that is activated by the microprocessor circuit; when activated, said energetic component will either engage a mechanical interference between one or more firearm components and therefore lock into position or disable or bind said firearm components, or disengage a mechanical interference between one or more firearm components and therefore free said firearm components, whereby the firearm system can control, lock, or release mechanical components on said firearm.