Abstract: An apparatus for anchoring a rod to a bone fastener in a spine stabilization system. A first resilient insert may have two deflectable arms and a first channel formed therein. A second resilient insert may have two deflectable arms and a second channel formed therein. A cylindrical body may have a passage, wherein the first resilient insert and the second resilient insert have a width greater than the inner diameter of the cylindrical body when the first resilient insert is in a neutral state. Advancement of the first resilient insert or the second resilient insert into the passage deflects the two deflectable arms inward, causing the width of the first or second channel to decrease, and inhibiting the first resilient insert or the second resilient insert from moving relative to the cylindrical body.

Abstract: An apparatus for anchoring a rod to a bone fastener in a spine stabilization system. A first resilient insert may have two deflectable arms and a first channel formed therein. A second resilient insert may have two deflectable arms and a second channel formed therein. A cylindrical body may have a passage, wherein the first resilient insert and the second resilient insert have a width greater than the inner diameter of the cylindrical body when the first resilient insert is in a neutral state. Advancement of the first resilient insert or the second resilient insert into the passage deflects the two deflectable arms inward, causing the width of the first or second channel to decrease, and inhibiting the first resilient insert or the second resilient insert from moving relative to the cylindrical body.

Abstract: An apparatus for anchoring a rod to a bone fastener in a spine stabilization system. A first resilient insert may have two deflectable arms and a first channel formed therein. A second resilient insert may have two deflectable arms and a second channel formed therein. A cylindrical body may have a passage, wherein the first resilient insert and the second resilient insert have a width greater than the inner diameter of the cylindrical body when the first resilient insert is in a neutral state. Advancement of the first resilient insert or the second resilient insert into the passage deflects the two deflectable arms inward, causing the width of the first or second channel to decrease, and inhibiting the first resilient insert or the second resilient insert from moving relative to the cylindrical body.

Abstract: A spine stabilization system having collars, resilient inserts and pins for coupling a rod to bone fasteners. A bone fastener may be advanced into a vertebral body. A first collar having a set of deflectable arms and a channel in a first end and an opening in the second end recessing to form a cavity may be positioned with the head of the bone fastener in the cavity. A rod may be advanced into the channel in the first end of each collar. The deflectable arms may have a set of recessed portions. The recessed portions may have an angular or arcuate profile. A resilient insert may be advanced into the collar and positioned in the recessed portions, with the bottom surface of the resilient insert in contact with the rod. A pin may be inserted in the resilient insert to inhibit removal of the resilient insert.

Abstract: An inductive device including an inductor coil located over a substrate, at least one electrically insulating layer interposing the inductor coil and the substrate, and a plurality of current interrupters each extending into the substrate, wherein a first aggregate outer boundary of the plurality of current interrupters substantially encompasses a second aggregate outer boundary of the inductor coil.

Abstract: A method and device for interleaving the (N+1) input data and for allocating the corresponding memory comprises the steps of allocating a mth buffer section equals to (m×Dm+Pm) memory address for buffering the mth data of the N+1 input data, where m is a nonnegative integer from 0, 1 to N, Dm is the delay of the mth data, and Pm is a nature number representing a predetermined number of memory address for extra buffering the mth data; assigning an empty memory address in the mth buffer section to buffer the mth data; accessing the mth data from where the mth data buffered after buffering the (N+1) data, and outputting the (N+1) data in a (m×Dm) delay sequence. The present invention allocates the memory address effectively, so applying the present invention economizes the use of the memory request.

Abstract: An inductive device including an inductor coil located over a substrate, at least one electrically insulating layer interposing the inductor coil and the substrate, and a plurality of current interrupters each extending into the substrate, wherein a first aggregate outer boundary of the plurality of current interrupters substantially encompasses a second aggregate outer boundary of the inductor coil.

Abstract: An inductive device including an inductor coil located over a substrate, at least one electrically insulating layer interposing the inductor coil and the substrate, and a plurality of current interrupters each extending into the substrate, wherein a first aggregate outer boundary of the plurality of current interrupters substantially encompasses a second aggregate outer boundary of the inductor coil.

Abstract: Apparatus and method for generating a variable-frequency clock is disclosed. A control state machine defines various commands and generates corresponding control signals. A variable-frequency clock generator then outputs the variable-frequency clock that has a specific pattern corresponding with the respective command, where the variable-frequency clock is constructed with a first clock and a second clock having a frequency different from the first clock. A control signals generator accordingly outputs the control signals that are also constructed with the first clock and the second clock.

Abstract: An inductive device including an inductor coil located over a substrate, at least one electrically insulating layer interposing the inductor coil and the substrate, and a plurality of current interrupters each extending into the substrate, wherein a first aggregate outer boundary of the plurality of current interrupters substantially encompasses a second aggregate outer boundary of the inductor coil.

Abstract: Apparatus and method for generating a variable-frequency clock is disclosed. A control state machine defines various commands and generates corresponding control signals. A variable-frequency clock generator then outputs the variable-frequency clock that has a specific pattern corresponding with the respective command, where the variable-frequency clock is constructed with a first clock and a second clock having a frequency different from the first clock. A control signals generator accordingly outputs the control signals that are also constructed with the first clock and the second clock.

Abstract: A method and device for interleaving the (N+1) input data and for allocating the corresponding memory comprises the steps of allocating a mth buffer section equals to (m×Dm+Pm) memory address for buffering the mth data of the N+1 input data, where m is a nonnegative integer from 0, 1 to N, Dm is the delay of the mth data, and Pm is a nature number representing a predetermined number of memory address for extra buffering the mth data; assigning an empty memory address in the mth buffer section to buffer the mth data; accessing the mth data from where the mth data buffered after buffering the (N+1) data, and outputting the (N+1) data in a (m×Dm) delay sequence. The present invention allocates the memory address effectively, so applying the present invention economizes the use of the memory request.

Abstract: A method for providing a variable frequency clock for a SDRAM. First, receiving a clock with a fixed frequency and a plurality of signals, wherein each the signal is an interlace combination of a plurality of high level signals and a plurality of low levels signals. Second, extracting a plurality of proper positions from the signals, wherein each low level of each the signal corresponds to a proper position. Third, amending the frequency of the clock such that each the proper position corresponds to a rising edge of the clock.

Abstract: A software platform for analyzing gene expression, gene annotation, and sample information in a relational format comprises a gene expression module (200) with a data warehouse (210) for storing quantitative gene expression measurements for tissues and cell lines screened using various assays, information on bio-samples (404) and donors, experimental information, and a gene index comprising curated information from external information sources. A connection module (300) permits loading of more than one source of gene expression, gene annotation into the data warehouse (210) so that it may be searched in combination with pre-existing data in the warehouse. A user interface provides for loading user-derived data, initiating searches and for visualizing search results.

Abstract: A structure of a soft eyeball for dolls is disclosed. The structure of the eyeball comprises a supporting set and a transparent shell made of soft plastic or rubber material, wherein the supporting set comprises an open groove for placing an iris layer. This arrangement allows the job of placing eyeball into the eye portion of the doll easier and also provides better effect for imitating the real eyeballs.

Abstract: A method of making an installation zone for a ceramic doll eye and a structure thereof includes the steps of: forming a doll head model; planting an eye model in a model eye cavity with an anchor sleeve extending from the front end of the eye model outside the head model; casting a head mold according to the head model; releasing the mold to leave the anchor sleeve in the mold eye cavity of the head mold; coupling another eye model on the anchor sleeve; casting the head mold to form a head finished product; and removing the eye mold from the eye cavity of the head finished product to form an installation zone on the inner peripheral wall of the eye cavity for installing a doll eyeball.

Abstract: A method of making an installation zone for a ceramic doll eye and a structure thereof includes the steps of: forming a doll head model; planting an eye model in a model eye cavity with an anchor sleeve extending from the front end of the eye model outside the head model; casting a head mold according to the head model; releasing the mold to leave the anchor sleeve in the mold eye cavity of the head mold; coupling another eye model on the anchor sleeve; casting the head mold to form a head finished product; and removing the eye mold from the eye cavity of the head finished product to form an installation zone on the inner peripheral wall of the eye cavity for installing a doll eyeball.

Abstract: An improved eye structure for dolls includes an outer shell, an inner shell located in the outer shell and a pattern of a pupil pattern of an eye located on the inner shell. The outer shell is made by injection forming to encase the inner shell and has a projection section to project the pupil pattern to imitate the real eye. When coupling to the dolls, the eye structure can create a vivid imitation effect.