Method of controlling and monitoring a store

• US 5,036,465 A
• Filed: 10/03/1989
• Issued: 07/30/1991
• Est. Priority Date: 10/03/1989
• Status: Expired due to Fees

• Current Assignee: Grumman Aerospace Corporation (Northrop Grumman Corporation)
• Original Assignee: Grumman Aerospace Corporation (Northrop Grumman Corporation)
• Inventors: Sainola, John P., Ackerman, William H. Jr.
• Primary Examiner(s): NOT, DEFINED
• Application Number:
  US07/416,642
• Time in Patent Office: 665 Days
• Field of Search: 364/423, 235/400, 235/401, 89/1.56, 89/1.81, 89/1.801, 89/1.813, 89/1.814
• US Class Current: 235/400
• CPC Class Codes: F42C 15/40 wherein the safety or arming action is effected electrically
• CPC Class Codes: G06F 11/006 Identification G06F11/2289 takes precedence
• CPC Class Codes: G06F 11/22 Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing

Abstract

An armament station and a method for controlling and monitoring a store connected to an armament station. The method comprises the steps of loading into the armament station a generic program portion operable with a multitude of types of stores, invoking that generic program portion to determine the specific type of store connected to the armament station, and loading into the armament station a specific program portion operable with the specific type of store connected to the station. The specific program portion is then invoked to control and monitor the store connected to the station; and in particular, to actuate a power supply to supply power to the store, to transmit messages and signals to the store to operate the store, and to receive messages and signals from the store to monitor the operation thereof.

Claims

1. A method of controlling and monitoring a store connected to a store station having a memory section and a power supply, the method comprising:

transmitting a store generic program portion from a source thereof and into the memory section of the store station, said store generic program portion being operable with a plurality of different types of stores;

invoking the generic program portion to determine the specific type of store connected to the store station;

transmitting a store specific program portion from a source thereof and into the memory section of the store station, said store specific program portion being operable with the specific type of store connected to the station; and

invoking the specific program portion to control and to monitor the store connected to the station, and including

(i) actuating the power supply to supply power to the store,

(ii) transmitting messages and signals from the station to the store to operate at least selection function of the store, and

(iii) transmitting messages and signals to the station from the store to monitor the operation thereof.

2. A method according to claim 1, further including the steps of:

transmitting control messages from a source thereof to the station for retransmission to the store; and

setting a control message received flag in the station whenever the station receives one of said control messages; and

wherein the step of invoking the specific program portion further includes the step of monitoring the control message received flag to determine when it becomes set.

3. A method according to claim 2, wherein:

the store has an internal power source, and further including the step of transmitting to the station from the store a store power ready signal when the power generated by the power source of the store rises above a preset level; and

the step of invoking the specific program portion further includes the step of, the station monitoring for the store power ready signal while monitoring the control message received flag.

4. A method according to claim 2, wherein each control message has an address, and a group of addresses is associated with each store type, and the step of invoking the specific program portion further includes the steps of,

whenever the store station receives a control message, the station determining whether the address of the received control message is one of the addresses associated with the type of store connected to the station, and if the address of the received control message is one of said addresses, the station transmitting at least a part of the received control message to the store.

5. A method according to claim 2, wherein:

values for a group of safety parameters are stored in the memory section of the store station;

each control message has values for said group of safety parameters; and

further including the step of, when the store station receives a control message, the station setting the values held in the memory section for the safety parameters, equal to the values for said safety parameters in said received control message.

6. A method according to claim 2, wherein the store is a weapon, and the step of invoking the specific program portion further includes the steps of, after the store station has received one of the control messages,

invoking a designate target function to designate a target for the weapon;

and

invoking an intent-to-launch function to prepare the weapon for launching from the station.

7. A method according to claim 2, wherein the store is a weapon, and the step of invoking the specific program portion further includes the steps of, after the store station has received one of the control messages,

checking the received control message for a command to jettison the weapon;

and

i) if said jettison command is present, then invoking a weapon jettison function to jettison the weapon from the station, and

ii) if said jettison command is not present in the received control message, then (1) invoking a designate target function to designate a target for the weapon, and (2) invoking an intent-to-launch function to prepare the weapon for launching from the store station.

8. A method according to claim 7, wherein values for a group of safety parameters are stored in the memory section of the store station, and the step of invoking the intent-to-launch function includes the steps of:

checking the safety parameters for one of a plurality of predetermined conditions; and

if one of said predetermined conditions exists,

(i) transmitting an intent-to-launch signal to the weapon,

(ii) monitoring for a commit-to-launch signal from the weapon, and

(ii) if the commit-to-launch signal is received by the station, launching the weapon therefrom.

9. A method according to claim 8, wherein:

the step of invoking the intent-to-launch function further includes the step of, if one of said predetermined conditions exists, starting a predetermined time period when the intent-to-launch signal is transmitted to the weapon; and

the step of launching the weapon from the station includes the step of launching the weapon from the station only if the commit-to-launch signal is received from the weapon within said predetermined time period.

10. A method according to claim 9, wherein the step of invoking the intent to launch function further includes the step of invoking a weapon hung function to monitor the status of the weapon if no commit-to-launch signal is received from the weapon within said predetermined time period.

11. A method according to claim 7, wherein values for a group of safety parameters are stored in the memory section of the store station, and the steps of invoking the weapon jettison function includes the steps of:

checking the safety parameters for one of a group of predetermined conditions; and

if one of said predetermined conditions is found, then transmitting a jettison command to the weapon.

12. A method according to claim 11, wherein:

the step of transmitting the jettison command includes the step of starting a predetermined time period when the jettison command is transmitted; and

the step of invoking the weapon jettison function further includes the step of invoking a weapon hung function to monitor the status of the weapon if the weapon is not jettisoned within said predetermined time period.

13. A method according to claim 1, wherein:

the step of transmitting messages to the store includes the step of invoking a store request function to regularly transmit to the store a request for a store status message; and

the step of receiving messages and signals from the store includes the steps of

(i) if a store status message is received within a predetermined time period after transmitting to the store a request for a store status message, transmitting to a control station a message including the received store status message, and

(ii) if a store status message is not received from the store within said predetermined time period, transmitting to the control station a message indicating that the store is no longer attached to the store station.

14. A store station to control and monitor a store connected to the station, for use with a plurality of different types of stores, and comprising:

a power source;

data transmission means to transmit messages and signals between the store and the station; and

a processor including (i) a memory section holding a store generic program portion operable with each of the plurality of different types of stores, and a plurality of store specific program portions, each of which is operable with a respective one of said plurality of store types, and (ii) means to invoke the store generic program portion to determine the type of store connected to the store station;

the store generic program portion including means to invoke the store specific program portion operable with the type of store connected to the armament station; and

each store specific program portion including

(i) means to actuate the power source to supply power to the store, and

(ii) means to actuate the data transmission means to transmit messages and signals from the store station to the store to operate at least selected functions of the store, and to receive messages and signals from the store to monitor the operation thereof.

15. A store station according to claim 14, further including:

means to receive control messages from a source thereof for retransmission to the store;

means to set a control message received flag in the store station whenever the store station receives a control message for retransmission to the store; and

each store specific program portion further includes

(i) means to monitor the status of the control message received flag to determine when said flag is set, and

(ii) means to pass a received control message to the data transmission means for transmission to the store.

16. A store station according to claim 15, wherein each control message has an address, and a group of addresses is associated with each of the plurality of store types, and wherein each store specific program portion further includes means to determine if the address of a control message received by the store station is one of the group of addresses associated with the store type with which the store specific program portion is operable.