1. A method of organizing and storing data in an information infrastructure and for processing data throughput in a distributed computing system with respective ones of a plurality of filters, comprising:
identifying sensitive content or select content in said data throughput with one or more of said plurality of filters, said sensitive content represented by one or more sensitive words, characters, images, data elements or data objects therein grouped into a plurality of sensitivity levels, said select content represented by one or more predetermined words, characters, images, data elements or data objects;
extracting and tagging said sensitive content or said select content from said data throughput;
data processing said sensitive content or said select content via said tags with one or more of:
a data storage process storing, in one or more data stores of a plurality of predetermined data stores;
a data mining process;
a copy process;
a transfer process to other predetermined storage stores;
supplemental data search process; and,
a presentation process to a data inquiry.
2. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 1 wherein said data throughput is a source document and the method includes:
generating one or more tear lines for said source document based upon said tags for said sensitive content or said select content.
3. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 2 wherein generating said tear lines employs a rule-based filters including content and contextual filters.
4. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 3 including:
an operator selection of at least one tear line parameter from the group of parameters including:
contextual range of content sensitive content or select content;
contextual contiguous content stream range;
categorical identification;
taxonomic classification;
tagging contextual ranges for said tear line in said source document;
altering said tag for said sensitive content or said select content based upon said content and contextual filters; and,
verifying said tag for said sensitive content or said select content with an inference engine.
5. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 1 wherein the extracting and tagging of said sensitive content or said select content from said data throughput uses respective ones of said plurality of filters and, in the event of overlapping tags for a respective sensitive content or said select content found in said data throughput, the tag for the overlapped respective sensitive content or said select content is incremented or decremented per a rule.
6. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 1 wherein said data processing of said sensitive content or said select content via said tags responds to either recognition of financial consideration or data barter or data exchange.
7. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 1 wherein said extracting and tagging said sensitive content or said select content from said data throughput is based upon one or more tags relative to:
financial data,
data unique to a service level,
health data,
consumer data,
customer data,
competitor data,
personnel data,
intellectual property data; and,
public company reporting data.
8. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 1 wherein the tagged sensitive content or said select content from said data throughput is used is a data search and respective tags used as search terms.
9. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 1 wherein the tagged sensitive content or said select content from said data throughput is used to maintain anonymity of data stores for said sensitive content or said select content.
10. A method of organizing data in an information infrastructure and for processing data throughput in a distributed computing system with respective ones of a plurality of filters, comprising:
identifying sensitive content or select content in said data throughput with one or more of said plurality of filters, said sensitive content represented by one or more sensitive words, characters, images, data elements or data objects therein grouped into a plurality of sensitivity levels, said select content represented by one or more predetermined words, characters, images, data elements or data objects;
extracting said sensitive content or said select content from said data throughput;
classifying the extracted sensitive content or said select content from said data throughput with a taxonomic category filter;
associating respective tags to the classified extracted sensitive content or said select content; and
using the classification tags in a structured data format.
11. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 10 wherein:
the associated respective tags are used as labels in said structured data format.
12. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 10 including:
using said associated respective tags in said data throughput as placeholders therein.
13. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 10 wherein the associated respective tags are used by:
data processing said sensitive content or said select content via said tags with one or more of:
a data storage process storing, in one or more data stores of a plurality of predetermined data stores;
a data mining process;
a copy process;
a transfer process to other predetermined storage stores;
supplemental data search process; and,
a presentation process to a data inquiry.
14. A method of organizing data in an information infrastructure and for processing data throughput as claimed in claim 10 wherein
the associated respective tags are used to map said sensitive content or said select content in said data throughput by employing categorical labels from said taxonomic category filter along one axis of said map and representations of said sensitive content or said select content on another axis of said map.
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 backhoe loader, comprising:
a frame;
a boom having a first boom end and a second boom end, the first boom end being attached to the frame for establishing a boom pivot about which the boom pivots vertically relative to the frame;
an electrically responsive boom actuator including a hydraulic boom cylinder connected between the frame and boom for selectively pivoting the boom vertically about said boom pivot;
a loader boom command input device selectively manually movable in opposite first and second directions for respectively initiating control of the boom actuator for effecting raising and lowering adjustments of the boom relative to the frame that are proportional to the amount of movement of the loader boom command input device;
a loader boom angle sensor located for sensing angular positions of the boom relative to the frame as the boom moves vertically and for generating boom angle signals respectively representing the angular positions;
a tool being attached to the second boom end for establishing a tool pivot about which the tool pivots vertically relative to the second boom end for performing a work function;
an electrically responsive tool actuator including a hydraulic tool cylinder coupled to the tool for selectively pivoting the tool relative to the second boom end;
at least one tool angle sensor for sensing an angular relationship of said tool with respect to the frame and for generating an electrical tool angle signal representing the sensed angular relationship;
a loader tool command input device selectively manually movable in opposite first and second directions from a neutral position for respectively pivoting the tool relative to the second boom end for effecting angular adjustments proportional to the amount of movement of the loader tool command input device from said neutral position, with said loader tool command input device being selectively movable to a first detent position at an end of its movement from the neutral position wherein it generates a first detent signal;
an electrically responsive controller connected for receiving electrical command input signals from the loader boom and loader tool command input devices, for receiving electrical boom angle and tool angle signals respectively generated by said boom angle sensor and said at least one tool angle sensor and for sending electrical controller boom and bucket command signals to the electrically responsive boom and tool actuators, these command signals respectively being proportional to the signals respectively received from the loader boom and tool command input devices and proportional to the boom angle and tool angle signals respectively received from the boom angle sensor and at least one tool angle sensor;
an electronic signal device being coupled to the controller and being selectively operable for effecting the recording of a first predetermined boom to frame angle resulting from a boom position commanded by an operator by moving the loader boom command input device to a desired position, this recorded boom to frame angle being a predetermined return to carry angle;
said controller being configured for effecting automatic movement of the loader boom to said predetermined return to carry angle by moving said loader tool command input device to said first detent position wherein it generates a first detent command signal which is sent to the controller which responds by comparing a current boom to frame angle to said predetermined boom to frame angle;
said controller further being configured such that if said loader tool command input device is moved to said first detent position when the boom is at or below said predetermined boom to frame angle, the controller executes a float function by sending boom and tool command signals to said boom and tool actuators for causing said boom and bucket hydraulic cylinders to be placed in respective float conditions allowing the boom and tool to gravitate downwardly so that the tool rests on the ground with the boom and tool then following ground contours as the backhoe loader moves over the ground.
2. The backhoe loader of claim 1, wherein the controller has a first mode enabling the controller to receive tool command signals while ignoring tool angle signals, and a second mode enabling the controller to respond to tool angle signals, and further comprising:
a mode switch, the mode switch having a first state and a second state, the first state placing the controller in the first mode, the second state placing the controller in the second mode.
3. The backhoe loader of claim 2, wherein, a movement of the loader tool command input device to any position between the first detent position and the neutral position prior to the boom reaching the first predetermined boom to frame angle returns the controller to the first mode, thereby cancelling the return to carry command signals, whereby control of the boom is then accomplished by manually positioning the loader boom command input device.
4. The backhoe loader of claim 1, wherein the loader tool command input device is an electronic joystick.
5. The backhoe loader of claim 4, wherein the first and second directions are respectively achieved by fore and aft movement of the electronic joystick.
6. The backhoe loader of claim 1, wherein the tool actuator comprises a hydraulic circuit, a hydraulic to cylinder and a linkage, the linkage being operatively coupled to the hydraulic tool cylinder and the tool, the linkage and the hydraulic cylinder manipulating the tool as the hydraulic tool cylinder extends and retracts.
7. The backhoe loader of claim 2, wherein the controller, when in said second mode, lowers the controller boom command signals to the boom actuator as a function of X where X is the distance between a current boom to frame angle and the first predetermined boom to frame angle when the current boom angle is higher than the first predetermined boom to frame angle and at least one of equal to the first predetermined boom to frame angle plus a cushion start angle and less than the first predetermined boom to frame angle plus the cushion start angle.
8. The backhoe loader of claim 7, wherein the controller lowers the controller command signals to the boom actuator by multiplying them by X0.75 when the cushion start angle is 10\xb0.
9. The backhoe loader of claim 1, wherein returning the loader tool command input device to the neutral position subsequent to the movement of the loader tool command input device to the first detent position resumes the return to carry command signal enabling the controller to drive the boom to the predetermined return to carry angle, via controller command signals, and to stop the controller command signals when the boom reaches the first predetermined boom to frame angle.