Abstract: A cross bar type unlock-driving structure, to be mounted in a panel-outside space of a door panel, includes a handle-end frame, a mounting frame, a handle and a driving member, and a handle seat. The handle-end base includes a basic frame and a mounting frame to form an accommodation space with both vertical and horizontal opening. The handle and the driving member, integrated as a unique piece, provide the driving member to be formed as an extension finger for pushing an unlock-driven unit disposed inside the accommodation space. The handle seat, mounted onto the middle plate of the mounting frame, is to mount pivotally the handle and the driving member with the driving member located in the accommodation space and the handle located out of the handle seat. With the vertical and horizontal opening provided to the accommodation space, different types of lock cartridges can be contained.

Abstract: A cross bar type unlock-driving structure, to be mounted in a panel-outside space of a door panel, includes a handle-end frame, a mounting frame, a handle and a driving member, and a handle seat. The handle-end base includes a basic frame and a mounting frame to form an accommodation space with both vertical and horizontal opening. The handle and the driving member, integrated as a unique piece, provide the driving member to be formed as an extension finger for pushing an unlock-driven unit disposed inside the accommodation space. The handle seat, mounted onto the middle plate of the mounting frame, is to mount pivotally the handle and the driving member with the driving member located in the accommodation space and the handle located out of the handle seat. With the vertical and horizontal opening provided to the accommodation space, different types of lock cartridges can be contained.

Abstract: A cross bar type universal lock-driving structure to be mounted in a panel-outside space of a door panel has a horizontal channel and a vertical channel for being universally assembled to one of a single-point lock, a double-point lock, a three-point lock, a vertical single-point lock, an embedded lock cartridge and an embedded vertical double-point lock-driving structure. The cross bar type universal lock-driving structure includes a handle-end base, a cross bar type handle assembly and a driving member. The handle-end base, deposed in the panel-outside space of the door panel, is furnished with a through hole. The cross bar type handle assembly is pivotally connected with the handle-end base.

Abstract: A universal door lock-driving assembly is installed in an exterior space of a door panel. The door panel is furnished with at least one of an embedded lock cartridge, an embedded vertical-extending lock bar assembly and an exposed vertical-extending lock bar assembly. The universal door lock-driving assembly includes a base set, an action unit, a driving member and a slidable unit. The slidable unit can assemble a first assembling member and a second assembling member. The first assembling member can apply a penetration slot on the base set to generate interaction with the embedded lock cartridge or the embedded vertical-extending lock bar assembly. The second assembling member can interact with an exposed lock bar. Thus, the universal door lock-driving assembly can be used to unlock at least the lock cartridge and the lock bar assembly.

Abstract: A universal door lock-driving assembly is installed in an exterior space of a door panel. The door panel is furnished with at least one of an embedded lock cartridge, an embedded vertical-extending lock bar assembly and an exposed vertical-extending lock bar assembly. The universal door lock-driving assembly includes a base set, an action unit, a driving member and a slidable unit. The slidable unit can assemble a first assembling member and a second assembling member. The first assembling member can apply a penetration slot on the base set to generate interaction with the embedded lock cartridge or the embedded vertical-extending lock bar assembly. The second assembling member can interact with an exposed lock bar. Thus, the universal door lock-driving assembly can be used to unlock at least the lock cartridge and the lock bar assembly.

Abstract: A locker assembly is mounted outside to a door board having a penetration hole for cooperating with one of an embedded lock casing, an embedded vertical extended-rod locking assembly and an exposed vertical extended-rod locking assembly mounted on the door board. The locker assembly includes a base, a sliding unit, a fixation base structure, a toggle coupled with the fixation base structure and a rocker arm. The base has a through aperture and applies the sliding unit to adopt commonly the locker assembly. The sliding unit can assemble a turning application rod penetrating both the through aperture and the penetration hole. While the rocker arm is depressed, the toggle rotates to slide the sliding unit and so as further to drive the turning application rod inside the through aperture and the penetration hole to further perform the unlocking of the door board.

Abstract: A turbo decoder includes a plurality of decoder cores arranged for parallel decoding of a plurality of code segments of a code block in an iteration. Each of the decoder cores is arranged to decode a corresponding code segment according to a sliding window having a window size smaller than a length of the corresponding code segment in most cases, and sequentially generate a plurality of decoded soft outputs each derived from decoding an encoded soft input selected from the corresponding code segment by the sliding window.

Abstract: A decoding apparatus has an on-chip buffer, an external buffer interface, and a turbo decoder. The on-chip buffer is arranged for buffering each code block to be decoded. The external buffer interface is arranged for accessing an off-chip buffer. The turbo decoder is arranged for decoding a specific code block read from the on-chip buffer. The specific code block is not transmitted from the on-chip buffer to the off-chip buffer via the external buffer interface unless decoding fail of the specific code block is identified.

Abstract: A turbo decoder includes a plurality of decoder cores arranged for parallel decoding of a plurality of code segments of a code block in an iteration. Each of the decoder cores is arranged to decode a corresponding code segment according to a sliding window having a window size smaller than a length of the corresponding code segment in most cases, and sequentially generate a plurality of decoded soft outputs each derived from decoding an encoded soft input selected from the corresponding code segment by the sliding window.

Abstract: A decoding apparatus has an on-chip buffer, an external buffer interface, and a turbo decoder. The on-chip buffer is arranged for buffering each code block to be decoded. The external buffer interface is arranged for accessing an off-chip buffer. The turbo decoder is arranged for decoding a specific code block read from the on-chip buffer. The specific code block is not transmitted from the on-chip buffer to the off-chip buffer via the external buffer interface unless decoding fail of the specific code block is identified.

Abstract: A semiconductor coupon-service system, includes a coupon-service module for managing a semiconductor service; a coupon generator, in connection with the semiconductor service, for generating a coupon associated with the semiconductor service; and a coupon maintainer, in connection with the semiconductor service, for processing coupon operations associated with the coupon.

Abstract: A distributed virtual machine architecture includes a virtual machine client (16) and a virtual machine server (32). The virtual machine client provides a platform upon which an application may be run on a host device (12). The virtual machine server may appear anywhere within the network to which the host of the virtual machine client is connected (14). When the application request a class, the virtual machine client determines such class exists on the local host (12) or a client proxy exist for the class. If neither exists, the virtual machine client connects to the virtual machine server to send a request for the class. If a proxy does exist, a proxy is returned to the virtual machine client. However, if a proxy does not exist, the virtual machine server dynamically generates the proxy (34) to be returned to the virtual machine client.

Abstract: A distributed virtual machine architecture includes a virtual machine client (16) and a virtual machine server (32). The virtual machine client provides a platform upon which an application may be run on a host device (12). The virtual machine server may appear anywhere within the network to which the host of the virtual machine client is connected (14). When the application request a class, the virtual machine client determines such class exists on the local host (12) or a client proxy exist for the class. If neither exists, the virtual machine client connects to the virtual machine server to send a request for the class. If a proxy does exist, a proxy is returned to the virtual machine client. However, if a proxy does not exist, the virtual machine server dynamically generates the proxy (34) to be returned to the virtual machine client.

Abstract: A unit of the cardboard pallet is formed by a single piece of cardboard. First, the two side portions are folded up towards the centerline. Then, the cardboard piece is folded up along the centerline. Next, the two end portions are folded outwards to a right angle. Now, a unit with a “T” shaped cross section and an enhanced strength is formed.

Abstract: A semiconductor coupon-service system, includes a coupon-service module for managing a semiconductor service; a coupon generator, in connection with the semiconductor service, for generating a coupon associated with the semiconductor service; and a coupon maintainer, in connection with the semiconductor service, for processing coupon operations associated with the coupon.

Abstract: A shutter mounting adjuster provided between a non-vertical peripheral wall of a shutter opening and a hanging strip hinged to a shutter to support the shutter in the shutter opening. A slider movably mounted in a longitudinal groove of the hanging strip of the shutter, and an arched spring strip fixed on the slider for movement with the slider along the longitudinal groove for enaging the non-vertical peripheral wall to postion the hanging strip vertically in the shutter opening.

Abstract: The present invention teaches a film having a pealably sealable layer. When used in the vacuum packaging bag material context, the result is a vacuum packaging bag that a consumer can evacuate and hermetically seal. The consumer may later open the bag through a manual pealing action that does not require a tool and that does not result in wasting or destroying a portion of the vacuum packaging bag. The present invention also contemplates a variety of applications for the pealably sealable films, including preformed bags and bag rolls, as well as a variety of apparatus for manufacturing the films and appliances for utilizing the bags and bag rolls.

Abstract: A shutter mounting adjuster provided between one vertical peripheral wall of an opening for shutter and a hanging strip of a shutter to support the shutter in vertical is disclosed to include a slider movably mounted in a longitudinal sliding groove of the hanging strip of the shutter, and an arched spring strip fixedly mounted on the slider for movement with the slider along the longitudinal sliding groove. The arched spring strip has an arched body portion fixedly fastened to the slider and two bearing tips respectively extended from two distal ends of the arched body portion in reversed directions and respectively pressed on the vertical peripheral wall.

Abstract: The present invention reveals a semiconductor dual damascene etching process, which uses a confined plasma etching chamber to integrate all dual damascene steps such as via hole etching, photoresist stripping and barrier layer removal which originally performed in various reactors as a continuous procedure in the confined plasma chamber. The confined plasma chamber including a confinement ring surrounding a wafer and an anti-etching upper electrode plate performs the steps mentioned above under clean mode. The present invention can not only reduce the time period required by the semiconductor dual damascene process but also greatly reduce the manufacturing cost.

Abstract: The present invention reveals a semiconductor dual damascene etching process, which uses a confined plasma etching chamber to integrate all dual damascene steps such as via hole etching, photoresist stripping and barrier layer removal which originally performed in various reactors as a continuous procedure in the confined plasma chamber. The confined plasma chamber including a confinement ring surrounding a wafer and an anti-etching upper electrode plate performs the steps mentioned above under clean mode. The present invention can not only reduce the time period required by the semiconductor dual damascene process but also greatly reduce the manufacturing cost.