The invention concerns a high storage capacity ROM-RAM disk and a process for reading and writing to the ROM-RAM disk.
To restore the disk, a physical disk is created, with the virtual disk the created on a partition of the physical disk.
The second disk is aligned with the first disk to provide fluid communication between the void of the first disk and the void of the second disk, the void of the first disk being offset or staggered from the void of the second disk.
A RAMdisk is created having a RAMdisk address and the operating system is copied from the hard disk to the RAMdisk.
When a disk in the array (critical disk) exceeds the error threshold, the controller copies the critical disk data to a spare disk.
The disc unit has tree major functions: 1.
Disc unit. 2.
Disc enlarger. 3.
Disc assembly (40) has a knife disc (54) and disc assembly (42) has a knife disc (72).
The resulting duplicate disc is detached from the source disc (20), said duplicate disc being the master disc (10).
The invention relates to a disc filter (1), which disc filter comprises a disc (3) provided with a collection trough (8), a vat (7) of the disc filter, and means for feeding a flow to said disc filter (1).
A damper disc used in a disc clutch of an automobile.
The optical recording disc is in the shape of a disc as a whole.
The rotor includes an inboard disc and an outboard disc.
The disc can be used as a ROM or WORM disc.
Disk access requests may be performed during traversals of a disk head across a disk.
The thickness of the disk (12) decreases from a central area of the disk (12) towards an edge area of the disk (12).
The disk can be a credit disk or a debit disk, in the same manner as current credit cards.
A CD-ROM is loaded in an optical disk device in an optical disk controller (80).
Partially lined disk brake, in particular a disk brake (2) which grips the brake disk internally.
The apparatus includes a laser, wherein the laser emits a laser beam.
The laser assembly has a laser diode and focussing elements and laser collimator the laser beam with the laser assembly.
The pump laser (11) can be, for example, a fibe laser, a diode laser, or a solid-state laser.
Further, the laser oscillator is a continuous wave solid-state laser, gas laser, or metal laser.
A laser energy monitor measures the laser pulse energy of each laser pulse in the beam of laser pulses.
In the preferred embodiments, the external cavity laser is a tuneable laser.
The laser detector receives laser light transmitted from a laser transmitter (12).
The laser comprises a semiconductor laser (1) with an extended laser cavity (2).
The laser system includes an array of laser diodes (12) that each generate a laser beam.
The laser comprises a laser transmitter (1) and a laser receiver (3).
A copy of an option read-only memory is stored.
A system provides sharing of read-only file systems while at the same time providing each client of the read-only file system the ability to write to its own data store (Figure 2, System 200).
According to the invention, when a software module is to be executed from the read-only device, the operating system identifies any other software modules stored within the read-only device on which the application depends.
A program converted by editing means (15) and the module stored in the external storage are merged and outputted to a ROM writer (16) and written into ROM (17) through the ROM writer.
Predetermined data are stored in the read-only memory in advance.
The invention enables storage of individual data (D2) for the read-only memory inside a mainly mask-programmed read-only memory.
In this manner, greatly reduced ROM (17) storage requirements are achieved.
Erasable programmable read only memory (EPROM
Electronically erasable programmable read only memory (EEPROM
erasable programmable read-only memory
Electrically Erasable Programmable Read-Only (EEPROM) memory, and
A read-only memory device (10) is provided which comprises an array of read-only memory cells arranged in rows and columns.
In the first operation, a rewritable read-only memory is connected to the terminals for inspecting program.
The counts are maintained in memory cells with fusible links.
The present invention further provides an optical read only memory having a multi-channel grating.
Programmable non erasable read only memories
When the ROMs are addressed, the select ROM selects either the original ROM (10) or the patch ROM (22), depending upon the address.
electron beam physical vapour deposition
The steering mechanism is thus controlled according to the dead band value to compensate for the dead band.
A source of one ROM transistor is solely connected with a drain of an immediately adjacent ROM transistor.
Device driver software is located in the system ROM or adapter ROM's.
A ROM access interceptor routine is implemented to trap ROM accesses and direct them to the reallocated address space.
With this structure the area of the ROM can be significantly reduced, as compared with ROM filters in which the addition is programmed into the ROM.
The values are transformed into gradient amplifier coordinates and the minimum dead-period based on the dead-period waveform is determined.
The method includes measuring the dead band, storing a value corresponding to thereto, and applying the dead band value to a controller of a steering mechanism.
A mask programmable NOR ROM circuit includes serially connected ROM transistors.
Disclosed are a BootRom backup apparatus and a BootRom backup method.
The dead band prevents movement of the vehicle when the joystick is within the dead band areas.
The dead band areas are adjustable and take a plurality of shapes including having gaps between areas of the dead band areas.
Cement clinker is placed on the dead layer (27), and aeration tubes (25) are buried in the dead layer (27).
The computer analyzes the dead-oil properties and a constraint to produce estimated live-oil properties of the reservoir fluid.
The average height of the high waters of the neap tide.
The average height of the low waters of the neap tide.
The dead area is designed to stabilise the screen printing cylinder.
The program establishes a deadband to exclude noise.
The detector has no non-detecting dead zone.
A damping mechanism for a lost motion hydraulic actuator utilizes a thin edge orifice (66) in cooperation with a communication passageway (62) between the upper (46) and lower (48) chambers and controls the damping of the upper piston (38) on closure.
The drive of the other flap (10) has lost motion.
The dead band correction amounts Δα, Δβ are inputted to a dead band correction amount correcting circuit (14) and converted into dead band correction amounts Δd, Δq of d axis and q axis.
Unit wiring layers constituted of insulation layers and pattern wirings having passive elements in a part are stacked on a dummy board and formed by separation from the dummy board.
Data is reproduced from a ROM (8), and data is recorded in a RAM (9) simultaneously by using a concurrent ROM/RAM recording medium (3).
The original ROM (10) contains a given set of code or data, while the patch ROM (22) contains replacement code or data, such as enhancements to the code.
The interface chamber disrupts the stream of gas entering the interface chamber to provide a dead region having no net gas flow direction and the exit orifice is located in this dead region.
A drain of a topmost ROM transistor is connected to a bit line and a source of a bottommost ROM transistor is connected to a source line.
In this context, idle travel (8) is provided for the friction brake, with the result that at first only the eddy current brake engages, and after the idle travel (8) has occurred the friction brake engages.
The ROM bit cell is also coupled between the bit and bitnot sense lines, and is responsive to a signal on the ROM word line.
To this end, the apparatus for removing dead skin includes a tube-shaped body on one side of which a blade for removing dead skin is disposed, and a grasping member disposed outside the body.
The present invention provides an apparatus for objectively detecting a cochlea dead region based on electrophysiology and an information provision method for detecting a cochlea dead region using the apparatus.
The clock signal reads a data word from a PROM.
A multi-page ROM uses programmable pointers (11) for selection ofa page.
This arrangement can be operated as ROM.
Thus, a dead region is reduced in the read-out section.
Each proxy includes a read-only cache for storing data from the repository.
The programmed state of the mask ROM transistor can be read.
Individual data of a user including the electronic digital signature thereof is recorded in the personal protective device.
A first dead chain (88) connects the first and third mast sections.
A second dead chain (92) connects the second mast section and the carriage assembly.
The COMDAP includes a programmable logic cell array (44) and an EPROM (46).
A clear circuit turns 'off' the illuminated pixels during the dead zone time.
Thus, a dead band in the non-active control system disappears, which improves the operation comfort.
with or without ventilation (e.g. solid, ventilated
A dental laser system (10) is disclosed having an erbium doped YAG laser which is excited so that the YAG laser produces a plurality of laser pulses.
A laser-generating source (12) provides a pulsed laser beam (14) having a laser-on time and a laser-off time.
A first of the laser-resonators delivers laser-radiation at a first wavelength, and the second generates fundamental laser-radiation at second wavelength.
The status signals from the nodes include laser operation, laser bias current and laser power output for the laser transmitters of the nodes.
An electric discharge gas laser having a laser cavity in which is contained a laser gas and a fan (46) for circulating the laser gas.
The apparatus includes a laser head (16) that includes multiple laser sources (20a, 20b) that each emit a laser beam (29a, 29b), each beam having a different wavelength.
The improved detection laser (first laser) is constructed using a diode- pumped fiber laser to produce a high power single -frequency laser source.
The spectroscopic section splits a laser beam emitted from a laser oscillator into a first laser beam and a second laser beam.
The laser image display device is provided with a laser light source for emitting laser beams and a laser image display screen (10) for projecting the laser beams.
The laser base unit includes a laser generator (310) and a laser head (200, 1200) coupled to the laser generator (310).
A laser assembly includes a laser and an articulated arm having a plurality of couplers arranged to receive a laser-beam from the laser.
The laser irradiation unit (14) outputs the laser beam toward a subject to be processed, said laser beam having been outputted from the laser output unit (13).
The laser scanners (104) include a master laser scanner, with the rest of the laser scanners (104) being slaved to the master laser scanner.
The said laser cutting system (2) comprises a laser generator (21), a cutting torch (22) and a laser route (23) for transmitting the laser.
The laser apparatus includes a diode laser or a solid state laser that is pumped with a diode laser.
A gas discharge laser includes a laser housing including a laser gas and an electrode-assembly for lighting a discharge in the laser gas.
The microscope has an excitation laser source for providing an excitation laser beam and a depletion laser source for providing stimulated emission depletion laser beam.
The present invention relates to a laser apparatus, system, and method for determining a depth of a focus point of a laser beam.
The laser emitted from the laser generators(10) enters into a laser coupler(12) and the laser is focused before entering into an optical fiber(13).
The laser fiber is optically coupled to the laser source and is configured to discharge the laser energy generated by the laser source.
The laser receiver is designed for locating a laser beam (22) relative to the laser receiver (10) by its laser light photo sensor (1).
The invention relates to a laser communication system that comprises a laser transmitter for generating a laser beam, and a laser receiver for receiving said laser beam.
The laser is selected from the group comprising: Nd-YAG laser; semi-conductor laser; and, diode pumped fibre laser, and may also include a low-power visible aiming laser.
The pump laser is locally controlled by a laser monitor diode (25), the pump laser and the laser monitor forming a pump laser module (24).
The inventive laser device is embodied in such a way that the green laser beam (34), the blue-violet laser beam (37), and the red laser beam (13) are combined and superimposed in order to form a white laser beam (41).
Hence, the voltage on the laser current driver lies between the laser supply voltage minus the laser threshold voltage and the laser supply voltage minus the laser operating voltage.
The first and the second DBR form a laser cavity and are designed to allow self-contained lasing in the laser cavity,said second DBR (7) being partially transparent for laser radiation resonating in the laser cavity.
Provided is a laser marking apparatus that is provided with a laser output unit (13), which outputs a laser beam, and a laser irradiation unit (14), which is removably connected to the laser output unit (13).
A laser beam from the laser source (102) is split into several laser beams, with the laser beams being scanned onto corresponding wafers using the laser scanners (104) in accordance with one or more patterns.
The invention relates to a gas laser (1) comprising an instable laser resonator (3) in a laser housing (2) and a device for guiding a laser beam (7) generated in the laser resonator (3) out of the laser housing (2).
At the processing point, the laser has a profile similar to that of a superimposed laser formed by superimposing a first laser and a second laser having a smaller beam radius than that of the first laser.
The laser sensor comprises at least one semiconductor laser light source emitting laser radiation and at least one photodetector (6) monitoring the laser radiation of the laser light source.
The laser processing head contains a laser turning part that turns the laser relative to the object to be processed, and a condensing optical system that condenses the laser turned by the laser turning part.
The present invention relates to a gas laser device which generates laser light responsive to the excitation by laser gas, the gas laser device including a housing for sealing the laser gas.
Wavelength sweepable laser source is disclosed, wherein the laser source is a semiconductor laser source adapted for generating laser light at a lasing wavelength.
laser radiation: optical radiation from a laser
A laser system is provided comprising of a laser source including a laser stabilizing control loop and a laser housing, the laser source producing an output beam.
The first laser stripe (12) emits a first laser beam.
The second laser stripe (14) emits a second laser beam.
The invention relates to an array (15), which serves as a hybrid laser resonator, or laser amplifier, in which electrically pumped semiconductor gain elements are optically connected in series and thermally and electrically connected in parallel.
The laser (42) may be an Nd:YAG marking laser.
A diode laser source (100) pumps a first solid-state laser (200).
The ring laser is driven with an injection laser.
A desktop medical laser generator (10) for laser surgery has a base plate (12) and an optical assembly (14) mounted thereon.
A laser system using ultrashort laser pulses is provided.
A laser generating means (120) generates a laser beam.
The gas laser can be a CO2 laser.
The invention relates to a laser system comprising a pulsed laser 1.
The laser designator is separate from the LGW.
The laser outputs a laser light pulse.
A laser (100) for outputting laser radiation is described.
The source may be a laser or a laser diode.
The laser resonator resonates a laser beam.
The internal laser cavity comprises a laser active medium.
The drive laser may comprise a CO2 laser.
The laser may be an excimer laser.