초록 ▼

The portable office includes a soft-sided case with six walls. The top and second side are openable. The inside of the case includes a terminal compartment, a fixed computer support shelf and a moveable printer shelf. A remote edge of the moveable printer shelf is removeably attached to the second s

The portable office includes a soft-sided case with six walls. The top and second side are openable. The inside of the case includes a terminal compartment, a fixed computer support shelf and a moveable printer shelf. A remote edge of the moveable printer shelf is removeably attached to the second side. A holding assembly holds the second side in an open position. A strap assembly holds the moveable printer shelf in a position parallel to and above the fixed computer shelf when the second side is open. When the second side is closed, the strap assembly holds the moveable shelf generally parallel to the second side with a printer between the second side and the moveable shelf.

대표청구항 ▼

The portable office includes a soft-sided case with six walls. The top and second side are openable. The inside of the case includes a terminal compartment, a fixed computer support shelf and a moveable printer shelf. A remote edge of the moveable printer shelf is removeably attached to the second s

The portable office includes a soft-sided case with six walls. The top and second side are openable. The inside of the case includes a terminal compartment, a fixed computer support shelf and a moveable printer shelf. A remote edge of the moveable printer shelf is removeably attached to the second side. A holding assembly holds the second side in an open position. A strap assembly holds the moveable printer shelf in a position parallel to and above the fixed computer shelf when the second side is open. When the second side is closed, the strap assembly holds the moveable shelf generally parallel to the second side with a printer between the second side and the moveable shelf. ta into and for reading data out of the storage array wherein: each of said write circuits comprises a data receiver circuit, a write buffer circuit and a delay circuit coupled to said controller, via a first bus, for receiving data from said controller and writing said data, through a multi-latch circuit, into said storage array; and a write strobe circuit, including a strobe generator means having a multiplicity of inputs, each of said inputs being coupled to a respective one of a multiplicity of one shot circuits, a first one of said multiplicity of one shot circuits being coupled to a strobe receiver and each respective one of the remaining multiplicity of one shot circuits being coupled, to a write buffer in a respective one of said write circuits; said strobe generator further having a plurality of outputs coupled to said multi-latch circuit. 2. The computer of claim 1 wherein said multi-latch circuit comprises first and second parallel paths with each path containing a plurality of serially arranged data bit latches. 3. The computer of claim 2 wherein said strobe generator contains means for combining the outputs of all the one shot circuits coupled thereto to create a single output pulse based on the state of all the individual pulses received and alternately sending said single output pulse to a pair of said data bit latches in said first parallel path and to a data bit latch in said second parallel path. 4. The computer of claim 1 wherein said strobe generator includes a strobe generator latch, formed of a pair of cross coupled NOR circuits having a common output coupled to a first input of an OR circuit said OR circuit having additional inputs, each of said additional inputs being coupled to a respective one of said multiplicity of one shot circuits; said OR circuit further having an output coupled to a toggle and a 1-2 DeMux circuit. 5. The computer of claim 3 wherein said strobe generator latch comprises first and second cross-coupled NOR circuits; the first one of said NOR circuits being is a two input NOR having a first input coupled to the strobe driven one shot circuit, a second input coupled to the output of the second NOR circuit and an output coupled to a first input of the second one of said NOR circuits; said second NOR circuit further having, in addition to said first input, a multiplicity of additional inputs equal to the number of one shot circuits coupled thereto, each of one of said multiplicity of additional inputs being coupled to the output of a respective one of the write one shot circuits, and an output coupled to said second input of said first NOR circuit and to an input of an OR circuit. 6. The computer of claim 1 wherein each of said read circuits is comprised of a pointer circuit for selecting the data to be read out of a storage array, a multiplexor circuit, a read driver circuit for delivering the read data to the controller via said first bus and a read strobe circuit comprised of a initialize and enable circuit, a toggle circuit, a data compare circuit and a driver circuit coupled to the controller. 7. The computer of claim 6 wherein said pointer circuit has a pair of inputs, the first being coupled to a data delay clock, and the second being coupled to an external address feed from the controller; said data delay clock being further to the initial and enable circuit, the toggle circuit and the data compare circuit; the external address feed being provided by the controller to select the first bit of the data word to be read out of the storage array. 8. The computer of claim 1 wherein the controller circuit includes a plurality of sets of data transfer circuits; a first set of transfer circuits, for transferring data from a set of controller logic circuits to said write circuits, coupled to a first strobe circuit; a second set of transfer circuits, for transferring data out of said read circuits to said set of controller logic circuits, coupled to a second st