Abstract: A device includes a container for accommodating a medicament, a pressure route and a valve. The pressure route, disposed in the container, includes an extending pathway, a pressure-route inlet connected with a connecting port, and a pressure-route outlet extending toward a container bottom. The valve includes a first through hole connecting spatially the pressure-route inlet and outlet, and a valve body dividing the extending pathway into a pressure-in pathway and a pressure-out pathway. The device can convey the medicament such as a hemostatic agent more stably and smoothly to effectively avoid blocking upon a field of vision of an endoscope by the disturbed medicament while hitting a target tissue. Thereupon, the medicament can be provided more precisely, continuity of an endoscopic surgery can be improved, efficiency of hemostasis can be enhanced, and also surgery time can be substantially shortened.

Abstract: Methods and apparatuses pertaining to hold-time compensation using free metal segments or other electrically-conductive segments of an IC are described. An integrated circuit (IC) having free segment hold-time compensation may include a monolithic semiconductor substrate which has a first device and a second device disposed thereon. In addition, the IC may include an electrical node electrically connecting the first and second devices. The electrical node may include one or more electrically-conductive elements that contribute to a total capacitance at the electrical node such that the total capacitance at the electrical node has a value that fulfills a hold-time requirement at the electrical node.

Abstract: A coffee powder distribution device includes a rotary member. The rotary member includes a shaft and a plurality of blades. The shaft is rotatable along an axis. The blades are disposed on the shaft and each have an inclined angle relative to the axis. Through rotation of the shaft, the blades are rotated coaxially to guide coffee powder to evenly fall down and distribute in a carrier.

Abstract: Methods and apparatuses pertaining to hold-time compensation using free metal segments or other electrically-conductive segments of an IC are described. An integrated circuit (IC) having free segment hold-time compensation may include a monolithic semiconductor substrate which has a first device and a second device disposed thereon. In addition, the IC may include an electrical node electrically connecting the first and second devices. The electrical node may include one or more electrically-conductive elements that contribute to a total capacitance at the electrical node such that the total capacitance at the electrical node has a value that fulfills a hold-time requirement at the electrical node.

Abstract: An ECO hold time fixing method fulfills a short path padding in a placed and routed design by a minimum capacitance insertion. In the method, a padding value determination step receives the placed and routed design and is based on a cell library, timing constraints, and a timing analysis report to determine padding values and locations required for each gate of the placed and routed design to output. A load/buffer allocation step is based on a spare cell information, a dummy metal information, and the padding values and locations to achieve the short path padding in the placed and routed design.

Abstract: An ECO hold time fixing method fulfills a short path padding in a placed and routed design by a minimum capacitance insertion. In the method, a padding value determination step receives the placed and routed design and is based on a cell library, timing constraints, and a timing analysis report to determine padding values and locations required for each gate of the placed and routed design to output. A load/buffer allocation step is based on a spare cell information, a dummy metal information, and the padding values and locations to achieve the short path padding in the placed and routed design.

Abstract: A method for analog placement and global routing considering wiring symmetry performs a layout for a circuit which is described by a netlist having a set of devices and wires. First, the method inputs the netlist, and each device thereof has a design constraint and a corresponding priority. Based on the priorities, it performs a sorting on the devices to establish a constraint library. Then, based on the design constraint and corresponding priority of each device, the method establishes a hierarchical constraint tree. According to the hierarchical constraint tree, the method performs placement of each device, wherein possible shape of each device is represented by a shape curve. For each placement of the device, the method calculates a corresponding cost function. Then, it selects an optimum placement of the device according to the cost functions. The method establishes an RSMT for each wire and then performs an analog routing.

Abstract: A method for analog placement and global routing considering wiring symmetry performs a layout for a circuit which is described by a netlist having a set of devices and wires. First, the method inputs the netlist, and each device thereof has a design constraint and a corresponding priority. Based on the priorities, it performs a sorting on the devices to establish a constraint library. Then, based on the design constraint and corresponding priority of each device, the method establishes a hierarchical constraint tree. According to the hierarchical constraint tree, the method performs placement of each device, wherein possible shape of each device is represented by a shape curve. For each placement of the device, the method calculates a corresponding cost function. Then, it selects an optimum placement of the device according to the cost functions. The method establishes an RSMT for each wire and then performs an analog routing.

Abstract: A cleaning device for an inkjet head of a large-sized inkjet printer and a cleaning module thereof are disposed under the inkjet module of the printer for cleaning the ink of the inkjet head. The cleaning device includes the cleaning module and a base, wherein the cleaning module includes plural brushing seats and a front end of an engaging seat disposed on the brushing seat is provided with a flexible curved rubber scraper. The base is pivoted by the cleaning module therein and the base is provided with a striking device. When the striking device rotates and shifts in a y-shaped sliding groove disposed on the lateral sheet of the base, the cleaning module could be lifted, lowered and horizontally moved in the base to clean the inkjet head.

Abstract: An ink stirrer for a large ink-jet printer is disclosed. The ink stirrer includes a spindle designed to be pivotally disposed within an ink cartridge, and at least one blade extending downward from the spindle. Furthermore, one said blade is provided with a bottom lump having a large mass that the blade may swing to and fro within the ink container and thereby stir the ink as a result of the reciprocating movement of the carriage during the printing process.