Abstract: A computer readable medium comprising multiple instructions stored in a computer readable device, upon executing these instructions, a computer performing the following steps: providing a first semiconductor layout and a second semiconductor layout predetermined to be fabricated on different material layers of a semiconductor device, the second semiconductor layout comprising a circuit pattern; setting a forbidden area of the circuit pattern on the first semiconductor layout according to a restriction condition; defining at least a virtual pattern arrangement area on a portion of the first semiconductor layout which does not correspond to the forbidden area; and selecting a positioning point at a boundary of the virtual pattern arrangement area and providing a virtual pattern array in the virtual pattern arrangement by taking the positioning point as an origin of a coordinate system of the virtual pattern array.

Abstract: A computer readable medium comprising multiple instructions stored in a computer readable device, upon executing these instructions, a computer performing the following steps: providing a semiconductor layout and a circuit pattern; setting a forbidden area of the circuit pattern according to a restriction condition; defining at least a virtual pattern arrangement area on a portion of the semiconductor layout which does not correspond to the forbidden area; and providing a virtual pattern array in the virtual pattern arrangement area.

Abstract: A method for arranging virtual patterns includes providing a semiconductor layout and a circuit pattern; setting a forbidden area of the circuit pattern according to a restriction condition; defining at least a virtual pattern arrangement area on a portion of the semiconductor layout which does not correspond to the forbidden area; and providing a virtual pattern array in the virtual pattern arrangement area.

Abstract: A chip design-in aid system, wherein the chip has a plurality of chip controlling registers for storing at least one parameter. The system includes a user interfance for inputting user setting data, the user setting data corresponding to at least one function of the chip; a data processing unit for processing the user setting data; and a parameter adjusting unit for receiving the processed user setting data from the data processing unit, and transmitting the processed user setting data to the chip, so as to adjust the parameter stored in the chip controlling registers, whereby the chip is set to perform the function corresponding to the user setting data.

Abstract: A memo block base and container is composed by a memo block base and a container. The memo block base is provided with at least one magnetic article in the bottom, the container is provided with at least one magnetic article in the inner bottom, and the upward pole of the magnetic article in the container is the same as the downward pole of the magnetic article in the memo block base. When the memo block base is placed in the container, the memo block base will keep suspending and away a certain distance from the inner bottom of the container because of the effect of magnetic suspension.

Abstract: A memo block base and container is composed by a memo block base and a container. The memo block base is provided with at least one magnetic article in the bottom, the container is provided with at least one magnetic article in the inner bottom, and the upward pole of the magnetic article in the container is the same as the downward pole of the magnetic article in the memo block base. When the memo block base is placed in the container, the memo block base will keep suspending and away a certain distance from the inner bottom of the container because of the effect of magnetic suspension.

Abstract: A chip design-in aid system, wherein the chip has a plurality of chip controlling registers for storing at least one parameter. The system includes a user interfance for inputting user setting data, the user setting data corresponding to at least one function of the chip; a data processing unit for processing the user setting data; and a parameter adjusting unit for receiving the processed user setting data from the data processing unit, and transmitting the processed user setting data to the chip, so as to adjust the parameter stored in the chip controlling registers, whereby the chip is set to perform the function corresponding to the user setting data.

Abstract: A system of order reexamination in an EDI (electronic data interchange). The system includes an EDI server, a message conversion server and an order reexamination system. The EDI server receives an EDI message and transfers it to the message conversion system and the order reexamination system. The message conversion system transforms the EDI message into a first electronic order. The order reexamination system parses the EDI message to generate a second electronic order group. The order reexamination system generates a notification if order IDs in the first electronic order group do not match the second electronic order group or the quantity of orders in the first electronic order group is different from that of the second electronic order group.

Abstract: A memo block in the present invention is composed by a pile of notepapers. In a proper section near the fore edge of each notepaper, the memo block is provided with predetermined designs or advertisement. The fore surface of the memo block is cut by a predetermined mode from the first page to the bottom page so as to form a wavy surface, and then the fore surface is pushed backward by a paper-regulating machine to form a proper slope. Upon forming the fore surface with a slope, the rear surface of the memo block is also formed with a slope same as that of the fore surface. The rear outward slope is cut off to be a vertical plane surface, and then the rear plane surface is glued to form a spine. Thus, the designs or advertisement of the memo block can gradually change paper by paper and have genuinely vivid and solid advertising effects because of the wavy and oblique fore surface.

Abstract: A memo block in the present invention is composed by a pile of notepapers. In a proper section near the fore edge of each notepaper is provided with predetermined designs or advertisement. The fore surface of the memo block is cut by a predetermined mode from the first page to the bottom page so as to form a wavy surface, and then the fore surface is pushed backward by a paper-regulating machine to form a proper slope. The rear surface of the memo block is also form a same slope with that of the fore surface. The rear outward slope is cut off to be a vertical plane surface, and then the rear plane surface is glued to form a spine. Thus, the designs or advertisement of he memo block can gradually change paper by paper and have the genuinely vivid and solid advertising effects because of the wavy and oblique fore surface.

Abstract: A tiered memo block composed of several tiers of notepapers is provided. Each tier is formed by a plurality of notepapers, and each notepaper is provided with a predetermined protruding pattern at a certain edge position. Several tiers are successively piled up with the protruding portions of each tier being offset one from another, and then one edge surface of several tiers are glued together to form a memo block that is conveniently opened through the use of the protruding pattern portions as tabs.

Abstract: A memo block in the present invention is composed by a pile of notepapers. In a proper section near the fore edge of each notepaper is provided with predetermined designs or advertisement. The fore surface of the memo block is cut by a predetermined mode from the first page to the bottom page so as to form a wavy surface, and then the fore surface is pushed backward by a paper-regulating machine to form a proper slope. The rear surface of the memo block is also form a same slope with that of the fore surface. The rear outward slope is cut off to be a vertical plane surface, and then the rear plane surface is glued to form a spine. Thus, the designs or advertisement of he memo block can gradually change paper by paper and have the genuinely vivid and solid advertising effects because of the wavy and oblique fore surface.

Abstract: HB15-related lymphocyte activation antigens, and nucleic acid sequences encoding HB15-related antigens are disclosed. Also disclosed are antibodies reactive with HB15.

Abstract: A front cover of a diary or notebook is integrated directly by a patterned cover sheet and paperboards; the cover sheet is divided into a bigger section and a smaller section, and the bigger section is then divided into three equal portions from inward to outward. Two paperboards are respectively adhered to the inward first and second portions. Two overlapping openings are provided in the first paperboard and the first portion. The outward third portion is counter-folded and adhered to the outer surface of the second paperboard. The second paperboard is counter-folded and with its outward margin adhered to the outward margin of the first paperboard. Consequently, a holder is formed for a picture or an ornamental card to be inserted into.

Abstract: Disclosed is a method for inducing the differentiation of a monocyte into a dendritic cell, the method including the culturing of a monocyte in a medium including GM-CSF, IL-4, and TNF-.alpha..

Abstract: HB15-related lymphocyte activation antigens, and nucleic acid sequences encoding HB15-related antigens are disclosed. Also disclosed are antibodies reactive with HB15.

Abstract: HB15-related lymphocyte activation antigens, and nucleic acid sequences encoding HB15-related antigens are disclosed. Also disclosed are antibodies reactive with HB15.

Abstract: Lymphocyte activation antigen HB15, and the human cDNA and gene sequences encoding HB15, are disclosed. HB15 is not expressed at detectable levels by circulating leukocytes but has a unique pattern of expression among tissues. HB15 is uniquely expressed by Langerhans cells within the skin and other subpopulations of dendritic cells. Also disclosed are antibodies reactive with HB15 and methods of using anti-HB15 antibodies, or other antagonists to HB15 function, to treat an immunological disorder, disease or syndrome.