Intel Corporation

Other

Charles W Brown

Peter K Hazen

Robert E Larsen

Sanjay S Talreja

Robert N Hasbun

Sandeep K Guliani

Rodney R Rozman

Jerry A Kreifels

Terry L Kendall

Ranjeet Alexis

Christopher John Haid

Vishram P Dalvi

Alan E Baker

David A Leak

Thomas C Price

Fasil G Bekele

Collin Ong

Terry D West

Robert C Stebbins

Brockenbrough S Allen

George Z Mann

A method and apparatus for preempting an operation in a nonvolatile writeable memory is performed using a pin. Preempting an operation is accomplished by either suspending the operation or by aborting the operation. Once an operation is suspended in the nonvolatile writeable memory, other operations can then be performed. Subsequently the suspended operation may be resumed.

Nonvolatile writeable memory with preemption pin

An air filtering system used to increase the filter capture efficiency of particulate matter carried in the air. Particulate matter carried in the air, such as in a furnace forced air system, receives a charge by contacting the duct's surface. As these charged particles move through conventional air filter material most are captured and retained in the material. To increase this capture rate of particulate matter, spaced magnetic strips are placed in the filter material in a generally parallel configuration. The polarity of the magnetic strips can be alternated to insure particles having positive of negative charges are slowed down, diverted, or both, as they flow through the filter material. The result of this action is an increase in the capture efficiency of the filter material. It is believed that the capture efficiency can be increased from about 87 percent with no magnetic strips to about 96 percent when strips are used. The filter system of this invention may be used in the duct work of an existing forced air furnace system. It could also be used as an air vent cover or as a pre-filter to a forced air furnace system. In one embodiment the strips were spaced 0.75 inches apart, however, the exact number and size of the inserted strips will depend on the particular system used.

Biomagnetic filter

A method and apparatus for controlling use of an electronic system is described. Use of the electronic system is controlled by programming at least one unique code into an auxiliary memory of the electronic system. The auxiliary memory is a permanently lockable memory that is located outside of a main memory array space. The unique code is compared to at least one component code. Use of the electronic system is controlled based on a predefined relationship between the unique code and the component code.

Method and apparatus for preventing the fraudulent use of a cellular telephone

An interface for a read-while-write memory. A memory device includes a single-chip memory array and an interface that is responsive to one or more commands to configure the memory array in a read-while-write configuration.

Method and apparatus for placing a memory in a read-while-write mode

An apparatus for protecting memory blocks in a block-based flash Erasable Programmable Read Only Memory (EPROM) device is disclosed. A non-volatile memory array includes a number of blocks that are capable of being placed in a locked state or an unlocked state. A volatile lock register and transmits a write protect signal and a volatile lock-down register are coupled to a lockable block in the volatile memory array. A hardware override line is coupled to both the lock register and the lock-down register. The hardware override line temporarily overrides operation of the lock-down register when it transmits a signal at a first logic state. The lock down register may be used to prevent programming of an associated lock register. The lock registers and lock down registers may be embodied in static access memory (SRAM) circuits. A command buffer may be operable to transmit a two cycle command including a first command specifying whether a lock configuration is to be changed and a second command specifying whether a block is to be placed in a lock state, an unlock state, or locked down state. The lock down registers may be capable of being set to lock down only once during a period in which the apparatus is powered up.

Apparatus and method using volatile lock and lock-down registers and for

A method and apparatus suspend a program operation in a nonvolatile writeable memory. The nonvolatile writeable memory includes a memory array, a command register and memory array control circuitry. The command register decodes a program suspend command and provides a suspend signal as an output. The memory array control circuitry is coupled to receive the suspend signal from the command register. The memory array control circuitry performs a program operation in which data is written to the memory array. The memory array control circuitry suspends the program operation upon receiving the suspend signal.

Nonvolatile writeable memory with program suspend command

A method and apparatus for partitioning a flash memory device is provided. The flash memory device includes a plurality of partitions, each partition able to be read, written, or erased simultaneously with the other partitions.

Flash memory partitioning for read-while-write operation

A method and apparatus suspend operations in a flash memory in order to read code from the flash memory. A system comprises a processor and a nonvolatile writeable memory coupled together. A non-read operation is preempted in the nonvolatile writeable memory responsive to an input at a pin of the nonvolatile writeable memory. The preemption occurs by either suspending the non-read operation or aborting the non-read operation. Code is read from the nonvolatile writeable memory and provided to the processor. Subsequently, the non-read operation is resumed at where it was suspended, or is started anew.

Method and apparatus for preempting operations in a nonvolatile memory

A method and apparatus suspend a program operation in a nonvolatile writeable memory. The nonvolatile writeable memory includes a memory array, a command register, and memory array control circuitry. The command register decodes a program suspend command and provides a suspend signal as an output. The memory array control circuitry is coupled to receive the suspend signal from the command register. The memory array control circuitry performs a program operation in which data is written to the memory array. The memory array control circuitry suspends the program operation upon receiving the suspend signal.

Method and apparatus for suspending the writing of a nonvolatile

A centrifugal pump utilizing laminar action induced by a vaneless impeller and having a minimal drag front plate which cooperates with the circular rotor. The smooth surface of the concave face of the circular rotor has no protrusions or vanes and approximates an Archimedian curve. Material entering the intake port of the front plate is diverted about the rotating circular rotor and redirected in an outwardly direction along the minimal drag interior surface of the front plate to the discharge port of the output housing. The narrowing of the interior surface of the front plate in a radially outward direction with respect to the concave face of the impeller helps the pump to maintain a constant volumetric flow rate. Inasmuch as the 'redirecting' of the incoming material stream follows an approximate Archimedian spiral, the pressures applied against the impeller and the forces acting centrifugally on the material stream join to produce the optimum imparting of kinetic energy to the material stream for the particular impeller speed. As a slurries pump, the vaneless design permits any particulate size that can clear the discharge port of the pump to safely transit through the pump without maceration or undue agitation. As cavitation is totally absent, the pump can easily handle the movement of fragile, volatile or gaseous materials and can be operated over a wide range of speeds, matching desired feed without undue loss of efficiency. Lacking vanes, the impeller offers very low starting torque under a loaded condition.

Vaneless centrifugal pump

A children's potty seat is shown for use in the toilet training of infants. This potty seat is designed to be mounted to the toilet seat of a toilet bowl. An important feature of this invention is that the mounting means for the potty seat is located toward the rear of the seat so that when the seat is inverted and positioned on the floor in front of the toilet bowl, the mounting means do not constitute an obstruction which would make it difficult for a child to stand on the inverted potty seat in the manner of a step stool. The rear portion of the potty seat is specially designed so that when the seat is used as a step stool, the stool may be positioned closely adjacent the front of the toilet bowl so that a small boy may reach the toilet bowl. In other words, the inverted potty seat has a telescoping relationship with the base of the toilet bowl.

Combination potty seat and step stool

A method of and means for demonstrating organic evolution, particularly as it involves the mechanism of natural selection. Background panels of multicolor and intricate design or pattern are used to provide simulated natural environments, and thin chips of different colors and shades -- and, in some instances, of different sizes and shapes -- are used to provide simulated animals or plants to be placed on the background panels. A population of a predetermined number of chips of a predetermined mixture of colors -- say, for instance, an equal number of from ten to twenty different colors -- is selected. The chips constituting the selected population are then spread in a single layer more or less uniformly on the surface of the background panel, and preferably in spaced relation, so that each chip is in plain view and is more or less detectible -- depending upon the color contrast existing between each chip, respectively, and the associated area of the background panel. Humans, for whom the demonstration is to be conducted, act as predators and remove from the panels a predetermined portion of the chips -- say, for instance, seventy-five percent of the total population placed on the panel. The surviving chips are then counted and noted for color, and each is reproduced in equal amount so as, for instance, to restore the original population. Reproduction is carried out by mating surviving chips and providing additional chips as simulated offspring, as are dictated by genetic demands, indicated on specially formed chips and the use of a chance device such as a specially constructed die or the like. Various aspects of natural selection may be demonstrated by this invention, including reproduction by monohybrid crosses, dihybrid crosses, and trihybrid crosses. The removal of chips as by predators, followed by reproduction for restoring the population, may be repeated any desired number of times.

Growing community of inventors

Folsom, CA, United States of America

Charles W Brown