Author: claimsbot

1. A keratome comprising:
A) a cutter head having a body and a blade assembly,
1) the blade assembly including a blade holder having a drive track and one of a guide slot or a guide bar substantially transverse to the drive track, the blade assembly further including a blade mounted to and extending outwardly from the blade holder to a blade edge substantially parallel to the guide slot or guide bar, and
2) the cutter head body defining
a) a sole surface for sliding engagement with a cornea, the sole surface defining a blade opening,
b) a blade holder cavity shaped to receive the blade holder in reciprocating movement, the blade holder cavity defining the other of the guide slot or guide bar, wherein the guide bar is received in the guide slot for stabilizing the blade holder in reciprocating motion in the blade holder cavity,
c) a blade slot extending between the blade holder cavity and the blade opening, wherein the blade extends through the blade slot and blade opening with its blade edge positioned below the sole surface, the blade slot and blade opening sized to accommodate the blade without contact between the blade and the cutter head body, and
d) an opening providing access to the drive track of the blade holder when the blade holder is received in the blade holder cavity.
2. A keratome comprising:
A) a blade instrument including a cutter head having a reciprocating blade with a cutting edge extending below a sole surface of the cutter head; and
B) a suction ring including an eye ring adapted to be secured to an eye by suction and defining a cornea aperture for presenting the outer layer of the cornea of the eye to the blade edge, and a shoe from which the eye ring extends, the shoe defining,
a) a cutting guideway configured for receiving the blade head in precision mating sliding engagement when the cutting edge of the blade is positioned over the cornea aperture of the eye ring, and
b) an entrance guideway having a different configuration from the cutting guideway and extending from and generally aligned with the cutting guideway, the entrance guideway configured for receiving the cutter head in orienting non-precision sliding engagement that positions and guides the cutter head into precision mating sliding engagement with the cutting guideway.
3. A keratome comprising:
A) a cutting instrument including a cutter head having a reciprocating blade with a blade edge extending below a sole surface of the cutter head;
B) an automated drive unit mounting the cutting instrument for powered translational movement of at least the cutter head thereof;
C) a suction ring including an eye ring adapted to be secured to an eye by suction and defining a cornea aperture for presenting the outer layer of the cornea of the eye to the blade edge, and a shoe from which the eye ring extends, the shoe defining,
1) a cutting guideway configured for receiving the blade head in precision mating sliding engagement when the cutting edge of the blade is positioned over the cornea aperture of the eye ring, and
2) an entrance guideway having a different configuration from the cutting guideway and extending from and generally aligned with the cutting guideway, the entrance guideway configured for receiving the cutter head in orienting non-precision sliding engagement that positions and guides the cutter head into precision mating sliding engagement with the cutting guideway;

D) said automated drive unit and said suction ring configured for releasable attachment when said cutter head is received in the entrance guideway of the suction ring; and
E) said automated drive unit operable to slidingly translate the cutter head into the cutting guideway and to withdraw the cutter head therefrom.
4. A keratome comprising:
A) a cutting instrument including a cutter head having a reciprocating blade with a blade edge extending below a sole surface of the cutter head;
B) an automated drive unit mounting the cutting instrument for powered translational movement of at least the cutter head thereof;
C) a suction ring including an eye ring adapted to be secured to an eye by suction and defining a cornea aperture for presenting the outer layer of the cornea of the eye to the blade edge, and a shoe from which the eye ring extends, the shoe defining,
1) a cutting guideway configured for receiving the cutter head in precision mating sliding engagement when the cutting edge of the blade is positioned over the cornea aperture of the eye ring, and
2) an entrance guideway extending from and generally aligned with the cutting guideway, the entrance guideway configured for receiving the cutter head in orienting sliding engagement and positively positioning the cutter head for precision mating sliding engagement with the cutting guideway;

D) said automated drive unit and said suction ring configured for releasable attachment when said cutter head is received in the entrance guideway of the suction ring, and
E) said automated drive unit operable to slidingly translate the cutter head into the cutting guideway and to withdraw the cutter head therefrom,
wherein the cutter head has a body and a blade assembly,
1) the blade assembly including a blade holder having a drive track and one of a guide slot or a guide bar substantially transverse to the drive track, the blade assembly further including a blade mounted to and extending outwardly from the blade holder to a blade edge substantially parallel to the guide slot or guide bar, and
2) the cutter head body defines
a) a blade holder cavity shaped to receive the blade holder in reciprocating movement, the blade holder cavity defining the other of the guide slot or guide bar, wherein the guide bar is received in the guide slot for stabilizing the blade holder in reciprocating movement in the blade holder cavity, and
b) a blade slot extending between the blade holder cavity and the blade opening, wherein the blade extends through the blade slot and blade opening with its blade edge positioned below the sole surface, the blade slot and blade opening sized to accommodate the blade without contact between the blade and the cutter head body.
5. A keratome as defined in claim 4 wherein the guide bar and guide slot have substantially rectangular mating configurations.
6. A keratome as defined in claim 5 wherein the guide slot has an incrementally smaller width than the guide bar, so that the guide bar is tightly received in the guide slot.
7. A keratome as defined in claim 6 wherein the guide slot is defined by the blade holder.
8. A keratome as defined in claim 4 wherein the guide slot is defined by the blade holder.
9. A keratome as defined in claim 4 wherein the cutter head is metal and the blade holder is a plastic material.
10. A keratome as defined in claim 9 wherein the blade holder is nylon.
11. A keratome as defined in claim 4 wherein the eye ring has first and second generally concentric spaced apart surfaces sized and shaped for engaging the eye on or adjacent the cornea thereof, the eye ring defining within the concentric spaced apart surfaces a cornea opening exposing a central portion of the cornea when the eye ring is engaged with the eye, the eye ring defining a suction channel between the first and second concentric eye engaging surfaces, and a secondary distribution channel extending inwardly from the suction channel in a direction generally away from the first and second concentric eye engaging surfaces, and a stem extending from the eye ring and having an opening for communicating suction with the eye ring, the stem opening intersecting the suction channel and secondary distribution channel.
12. A keratome comprising:
A) a cutting instrument including a cutter head having a reciprocating blade with a blade edge extending below a sole surface of the cutter head;
B) an automated drive unit mounting the cutting instrument for powered translational movement of at least the cutter head thereof;
C) a suction ring including an eye ring adapted to be secured to an eye by suction and defining a cornea aperture for presenting the outer layer of the cornea of the eye to the blade edge, and a shoe from which the eye ring extends, the shoe defining,
1) a cutting guideway configured for receiving the cutter head in precision mating sliding engagement when the blade edge of the blade is positioned over the cornea aperture of the eye ring,
2) an entrance guideway extending from and generally aligned with the cutting guideway, the entrance guideway configured for receiving the cutter head in orienting sliding engagement and positively positioning the cutter head for precision mating sliding engagement with the cutting guideway, and
3) wherein the suction ring has a guide hoop upstanding from the shoe thereof, the guide hoop receiving and surrounding the cutter head as it enters the entrance guideway;

D) said automated drive unit and said suction ring configured for releasable attachment when said cutter head is received in the entrance guideway of the suction ring; and
E) said automated drive unit operable to slidingly translate the cutter head into the cutting guideway and to withdraw the cutter head therefrom.
13. A keratome as defined in claim 12 wherein the cutter head and portion of the cutting instrument adjacent thereto are surrounded and embraced by the hoop as the automated drive unit translates the cutter head into the cutting guideway.
14. A keratome as defined in claim 12 wherein the guide hoop provides the transition between the entrance guideway and the cutting guideway.
15. A keratome as defined in claim 12 wherein the cutter head has a toe and the shoe and guide hoop of the suction ring define flanking toe slots and toe ramps for guiding the toe of the cutter head into the entrance guideway.
16. A keratome as defined in claim 12 wherein the guide hoop and cutter head are cooperatively configured to guide the cutter head into the entrance guideway.
17. A keratome as defined in claim 16 wherein the cutter head includes guide tongues depending from the edges of its sole surface, and the suction ring defines guide grooves receiving the guide tongues as the automated drive unit translates the cutter head in the cutting guideway.
18. A keratome as defined in claim 16 wherein the automated drive unit has a housing surrounding the cutting instrument, and the housing is matingly received and removably secured with the suction ring when the cutter head is in the cutting guideway.
19. A keratome as defined in claim 18 wherein the guide hoop defines a notch and the housing of the automated drive unit includes a latch removably engaged in the guide hoop notch.
20. A keratome as defined in claim 12 wherein the automated drive unit has a housing surrounding the cutting instrument, and the housing is matingly received and removably secured with the suction ring when the cutter head is in the cutting guideway.
21. A keratome as defined in claim 20 wherein the guide hoop defines a notch and the housing of the automated drive unit includes a latch removably engaged in the guide hoop notch.
22. A keratome comprising:
A) a cutting instrument including a cutter head having a reciprocating blade with a blade edge extending below a sole surface of the cutter head;
B) an automated drive unit mounting the cutting instrument for powered translational movement of at least the cutter head thereof;
C) a suction ring including an eye ring adapted to be secured to an eye by suction and defining a cornea aperture for presenting the outer layer of the cornea of the eye to the blade edge, and a shoe from which the eye ring extends, the shoe defining,
1) a cutting guideway configured for receiving the cutter head in precision mating sliding engagement when the blade edge of the blade is positioned over the cornea aperture of the eye ring,
2) an entrance guideway extending from and generally aligned with the cutting guideway, the entrance guideway configured for receiving the cutter head in orienting sliding engagement and positively positioning the cutter head for precision mating sliding engagement with the cutting guideway, and
3) a bottom wall surrounding the cornea aperture and an applanator socket extending upwardly from the bottom wall surrounding the cornea aperture;

D) an applanator removably received in the applanator socket, the applanator having a sizing surface which, when received in the socket, is positioned adjacent to and above the cornea aperture, wherein a cornea presented in the cornea aperture extends to contact the applanator sizing surface, and the applanator sizing surface includes indicia indicating the size of the contact between with the cornea and the applanator sizing surface;
E) said automated drive unit and said suction ring configured for releasable attachment when said cutter head is received in the entrance guideway of the suction ring, and
F) said automated drive unit operable to slidingly translate the cutter head into the cutting guideway and to withdraw the cutter head therefrom.
23. A keratome comprising:
A) a cutting instrument including a cutter head having a reciprocating blade with a blade edge extending below a sole surface of the cutter head;
B) an automated drive unit mounting the cutting instrument for powered translational movement of at least the cutter head thereof;
C) a suction ring including an eye ring adapted to be secured to an eye by suction and defining a cornea aperture for presenting the outer layer of the cornea of the eye to the blade edge, and a shoe from which the eye ring extends, the shoe defining,
1) a cutting guideway configured for receiving the cutter head in precision mating sliding engagement when the blade edge of the blade is positioned over the cornea aperture of the eye ring, and
2) an entrance guideway extending from and generally aligned with the cutting guideway, the entrance guideway configured for receiving the cutter head in orienting sliding engagement and positively positioning the cutter head for precision mating sliding engagement with the cutting guideway;

D) said automated drive unit and said suction ring configured for releasable attachment when said cutter head is received in the entrance guideway of the suction ring, and
E) said automated drive unit operable to slidingly translate the cutter head into the cutting guideway and to withdraw the cutter head therefrom,
wherein the automated drive unit has a housing surrounding the cutting instrument, and the housing is matingly received with the suction ring when the cutter head is in the cutting guideway.
24. A keratome comprising:
A) a cutting instrument including a cutter head having a reciprocating blade with a blade edge extending below a sole surface of the cutter head;
B) an automated drive unit mounting the cutting instrument for powered translational movement of at least the cutter head thereof;
C) a suction ring including an eye ring adapted to be secured to an eye by suction and defining a cornea aperture for presenting the outer layer of the cornea of the eye to the blade edge, and a shoe from which the eye ring extends, the shoe defining,
1) a cutting guideway configured for receiving the cutter head in precision mating sliding engagement when the cutting edge of the blade is positioned over the cornea aperture of the eye ring, and
2) an entrance guideway extending from and generally aligned with the cutting guideway, the entrance guideway configured for receiving the cutter head in orienting sliding engagement and positively positioning the cutter head for precision mating sliding engagement with the cutting guideway;

D) said automated drive unit and said suction ring configured for releasable attachment when said cutter head is received in the entrance guideway of the suction ring, and
E) said automated drive unit operable to slidingly translate the cutter head into the cutting guideway and to withdraw the cutter head therefrom,
wherein the automated drive unit has an elongated housing and the cutting instrument includes a generally tubular body slidingly mounted in the elongated housing for powered extension and retraction with respect thereto to translate the cutter head in the cutting guideway.
25. A keratome as defined in claim 24 wherein the cutting instrument has a motor that drives the reciprocating blade in the cutter head by a drive shaft, and the automatic drive unit has an additional motor that translates the cutting instrument and cutting head.
26. A keratome as defined in claim 25 wherein the tubular body of the cutting instrument has a worm gear mounted thereon, and the motor of the automated drive unit turns a threaded shaft received in the worm gear to translate the cutting instrument and cutter head.
27. A keratome as defined in claim 26 wherein the motor of the automated drive unit is reversed at the desired extent of translation.
28. A keratome as defined in claim 27 wherein one of the cutting instruments or cutter head is mechanically stopped at the desired extent of translation, thereby causing an electrical spike in the motor current used as a control signal to reverse the direction of translation.
29. A keratome as defined in claim 24 wherein the cutter head is removably secured to the cutting instrument by a bayonet mount of a cutter head mounting shank.
30. A keratome as defined in claim 29 wherein the cutting instrument has a cutting instrument motor and a drive shaft of the cutter head and a drive shaft of the cutting instrument motor are connected by an axially engageable coupling that releases and engages as the cutter head is removed and secured on the cutting instrument.
31. A keratome as defined in claim 30 wherein the coupling comprises a first drive coupling member having two ears flanking two slots, and a second positioning coupling having two slots receiving the two ears of the drive coupling member and two substantially pointed ears guiding the engagement of the coupling.

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 method for controlling the communication in a system comprising a transmitter, a receiver and a chip module, wherein the transmitter and the receiver are communicatively connected and wherein the chip module is communicatively connected to the receiver and inserted in the same, comprising the following steps:
transmitting a communication object from the transmitter to the receiver, wherein the communication object comprises a parameter block in which at least one instruction is defined which defines how communication between the receiver and the chip module are to be performed, and a payload data block, in which data is defined which causes a communication between the receiver and a chip module;
interpreting the instruction within the parameter block by the receiver in order to control a communication protocol of the receiver for communicating with the chip module; and
processing the data defined within the payload data block according to the communication protocol of the receiver by the receiver, whereby the communication between the receiver and the chip module caused by the data defined in the payload data block is performed according to the communication protocol of the receiver.
2. The method according to claim 1, wherein the parameter block comprises a plurality of parameter fields, containing a plurality of parameters containing at least one of the following pieces of information: p1 a statement of the type of communication protocol which is specific for the chip module, which is to be used for a communication between the receiver and the chip module;
an instruction of how the payload data block is to be interpreted by the receiver;
an instruction for requesting the chip module to answer to an already transferred payload data block; and
an instruction of how the receiver is to interpret the answer of the chip module.
3. The method according to claim 1, wherein the chip module is exchangeable.
4. The method according to claim 1, wherein the transmitter is a central transmitter of a conditional access system or an access control system, the receiver is a terminal device of the system and the chip module is a single chip module.
5. A device for controlling the communication in a system comprising a transmitter, a receiver and a chip module, wherein the transmitter and the receiver are communicatively connected and the chip module is communicatively connected to the receiver and inserted into the same, the device comprising:
a generator within the transmitting means for generating a communication object, wherein the communication object comprises a parameter block in which at least one instruction is defined defining how the communication between the receiver and the chip module is to be performed, and a payload data block in which data is defined causing a communication between the receiver and the chip module; and
a means for transferring the communication object from the transmitter to the receiver.
6. The device according to claim 5, wherein the parameter block comprises a plurality of parameter fields containing a plurality of parameters, containing at least one of the following pieces of information:
a statement of the type of communication protocol which is specific for the chip module which is to be used for a communication between the receiver and the chip module;
an instruction of how the payload data block is to be interpreted by the receiver;
an instruction for requesting the chip module to answer to an already transferred payload data block; and
an instruction about how the receiver is to interpret the answer of the chip module.
7. The device according to claim 5, wherein the chip module is exchangeable.
8. The device according to claim 5, wherein the transmitter is a central transmitter of a conditional access system or an access control system, the receiver is a terminal device of the system and the chip module is a single chip module.
9. Signal for transferring from a transmitter to a receiver, for controlling the communication within a system comprising the transmitter, the receiver and a chip module, wherein the transmitter and the receiver are communicatively connected and wherein the chip module is communicatively connected to the receiver and inserted into the same, wherein the signal comprises a payload data block and a parameter block, wherein data is defined in the payload data block causing a communication between the receiver and the chip module, and wherein instructions are defined within the parameter block, defining how the communication between the receiver and the chip module is to be performed.

1-80. (canceled)
81. A system, comprising:
an accepter module; and
a presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition.
82. The system of claim 81, wherein the accepter module comprises:
a physical condition accepter module.
83. The system of claim 81, wherein the accepter module comprises:
a mental condition accepter module.
84. The system of claim 81, wherein the accepter module comprises:
a medical history accepter module.
85. The system of claim 81, wherein the accepter module comprises:
a user input accepter module.
86. The system of claim 85, wherein the user input accepter module comprises:
a professional accepter module.
87. The system of claim 85, wherein the user input accepter module comprises:
an individual accepter module.
88. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
a prescription presenter module.
89. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
an artificial sensory experience presenter module.
90. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
an effect presenter module.
91. The system of claim 90, wherein the effect presenter module comprises:
a desired effect presenter module.
92. The system of claim 90, wherein the effect presenter module comprises:
an adverse effect presenter module.
93. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
a prescribed inhalation therapy presenter module.
94. The system of claim 93, wherein the prescribed inhalation therapy presenter module comprises:
a prescribed bioactive agent presenter module.
95. The system of claim 94, wherein the prescribed bioactive agent presenter module comprises:
a time period presenter module.
96. The system of claim 94, wherein the prescribed bioactive agent presenter module comprises:
a blood concentration presenter module.
97. The system of claim 94, wherein the prescribed bioactive agent presenter module comprises:
a bioactive agent indication presenter module.
98. The system of claim 93, wherein the prescribed inhalation therapy presenter module comprises:
an inhalation therapy device presenter module.
99. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
an unregulated agent presenter module.
100. The system of claim 99, wherein the unregulated agent presenter module comprises:
a recreational inhalation agent presenter module.
101. The system of claim 100, wherein the recreational inhalation agent presenter module comprises:
an aroma therapy presenter module.
102. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
an algorithm utilizer module.
103. The system of claim 102, wherein the algorithm utilizer module comprises:
a contraindication algorithm utilizer module.
104. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
a medical history presenter module.
105. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
an experimental data presenter module.
106. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
a reference tool presenter module.
107. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
an output device presenter module.
108. The system of claim 107, wherein the output device presenter module comprises:
an user interface presenter module.
109. The system of claim 107, wherein the output device presenter module comprises:
a mobile device presenter module.
110. The system of claim 81, wherein the presenter module configured to present an indication of at least one artificial sensory experience and an indication of at least one inhalation therapy at least partially based on accepting at least one indication of a health-related condition comprises:
a third party presenter module.
111. The system of claim 110, wherein the third party presenter module comprises:
a health care provider presenter module.
112. The system of claim 110, wherein the third party presenter module comprises:
a selective presenter module.

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 method, comprising:
generating a display output from multi-parameter data using a computer, the display output depicting a volumetric data space having three mutually perpendicular axes comprising an object axis, a parameter axis, and a time axis;
generating, in response to user input selecting a first data point along one of the mutually perpendicular axes associated with a lower-order volumetric data space, a display output depicting the lower-order volumetric data space defined by the first data point and having three mutually perpendicular axes comprising a lower-order object axis, a lower-order parameter axis, and a time axis; and
generating, in response to user input selecting a second data point along one of the mutually perpendicular axes that is not associated with a lower-order volumetric data space, a display output depicting a two-dimensional data slice parallel to any two of the mutually perpendicular axes defined by the second data point.
2. The method of claim 1, wherein the computer generates the display output of the volumetric space as an axonometric projection.
3. The method of claim 1, further comprising generating the display output of the two-dimensional data slice as a data table.
4. The method of claim 1, further comprising generating the display output of the two-dimensional data slice as a color-coded graphical map.
5. The method of claim 1, further comprising applying a defined mathematical transformation to selected data to generate transformed two-dimensional data slices, in response to user input.
6. The method of claim 5, wherein the defined mathematical transformation is selected from: translation of data along the axes of the volumetric data space; summation of slices; comparing of slices by the means of subtraction, division, or multiplication; determining of each slice’s relation to a slice having a defined date; determining of ratio between data elements; time differentiation; or parameter differentiation.
7. The method of claim 1, wherein the computer receives the user input via at least one user input device selected from a touchscreen, a keyboard, a pointing device, a camera, a motion tracking device, or a microphone.
8. The method of claim 1, further comprising generating the display output depicting a two-dimensional data slice responsive to movement of the second data point along one of the mutually perpendicular axes to display successive data slices.
9. The method of claim 8, wherein each of the successive data slices is displayed as at least one of a data table and graph simultaneously with the display output depicting the volumetric data space.
10. The method of claim 1, characterized by displaying, for data having a number of dimensions more than three, a number of related 3- (or 2-) dimensional data cubes, the number being determined by formulas CN2 and CN3, where N equals the number of data dimensions and C equals the number of combinations of this number on 2 or 3, respectively.
11. The method of claim 1, further comprising generating a display output of the volumetric data space, the lower-order volumetric data space or the two-dimensional data slice in response to user selection of a data point or region on a two-dimensional geographic map.
12. An apparatus comprising a memory holding instructions for:
generating a display output from multi-parameter data depicting a volumetric data space having three mutually perpendicular axes comprising an object axis, a parameter axis, and a time axis;
generating a display output depicting a lower-order volumetric data space defined by a first user-selected data point and having three mutually perpendicular axes comprising a lower-order object axis, a lower-order parameter axis, and a time axis in response to user input selecting the first data point along one of the mutually perpendicular axes; and
generating, in response to user input selecting a second data point along one of the mutually perpendicular axes that is not associated with a lower-order volumetric data space, a display output depicting a two-dimensional data slice parallel to any two of the mutually perpendicular axes defined by the second data point; and
a processor that executes the instructions.
13. The apparatus of claim 12, wherein the memory holds further instructions for generating the display output of the volumetric space as an axonometric projection.
14. The apparatus of claim 12, wherein the memory holds further instructions for generating the display output of the two-dimensional data slice as a data table.
15. The apparatus of claim 12, wherein the memory holds further instructions for generating the display output of the two-dimensional data slice as a color-coded graphical map.
16. The apparatus of claim 12, wherein the memory holds further instructions for applying a defined mathematical transformation to selected data to generate transformed two-dimensional data slices, in response to user input.
17. The apparatus of claim 16, wherein the memory holds further instructions for applying the defined mathematical transformation selected from: translation of data along the axes of the volumetric data space; summation of slices; comparing of slices by the means of subtraction, division, or multiplication; determining of each slice’s relation to a slice having a defined date; determining of ratio between data elements;
time differentiation; or parameter differentiation.
18. The apparatus of claim 12, wherein the memory holds further instructions for, receiving the user input via at least one user input device selected from a touchscreen, a keyboard, a pointing device, a camera, a motion tracking device, or a microphone.
19. The apparatus of claim 12, wherein the memory holds further instructions for generating the display output depicting a two-dimensional data slice responsive to movement of the second data point along one of the mutually perpendicular axes to display successive data slices.
20. The apparatus of claim 19, wherein the memory holds further instructions for displaying each of the successive data slices as at least one of a data table and graph simultaneously with the display output depicting the volumetric data space.
21. The apparatus of claim 12, wherein the memory holds further instructions for displaying, for data having a number of dimensions more than three, a number of related 3- (or 2-) dimensional data cubes, the number being determined by formulas CN2 and CN3, where N equals the number of data dimensions and C equals the number of combinations of this number on 2 or 3, respectively.
22. The apparatus of claim 12, wherein the memory holds further instructions for generating a display output of the volumetric data space, the lower-order volumetric data space or the two-dimensional data slice in response to user selection of a data point or region on a two-dimensional geographic map.