Abstract:
The present invention discloses a conveniently demountable assembled lamp. It is mainly composed of stand columns and clapboards, and multiple clapboards divide the stand columns into up and down multiple layers. At least one layer of the lamp is provided with a fixing frame, and a lampshade is connected between the fixing frame and the clapboard at the bottom of the layer; the lampshade is composed of a lampshade top frame, a soft outside cover and a lampshade bottom frame; locating pins extend from the lampshade top frame, and the fixing frame is provided with corresponding locating pin grooves; a central ring is additionally arranged at the central part of the lampshade bottom frame, and at least three support bars are connected between the central ring and the lampshade bottom frame; the lampshade bottom frame is arranged at the clapboard at the bottom of the layer, and the lampshade top frame is located at the inner side of the fixing frame; the locating pins of the lampshade top frame are jammed into the corresponding locating pin grooves of the fixing frame; the center of the clapboard at the bottom of the layer is further provided with a clapboard center hole corresponding to the central ring; a lampholder is mounted to the clapboard center hole and passes through the central ring. The assembled lamp is conveniently demountable, is convenient for daily cleaning, storage and maintenance, can improve the assembly efficiency and be convenient for transportation, and concurrently has multiple functions and strong aesthetic appearance.
Abstract:
The antenna structure is applied for a communication system. The antenna structure has a signal emitting/receiving portion, a flex transmitting line disposed under the signal emitting/receiving portion and electrically connected to the signal emitting/receiving portion, and a connecting portion having a first end and a second end. The first end of the connecting portion is electrically connected to the flex transmitting line, and the second end of the connecting portion is connected to an assembling portion. The antenna structure further includes a bendable piece corresponding to the flex transmitting line. The bendable piece can be bent by a force to change positions, directions, or positions and directions of the signal emitting/receiving portion connected with the flex transmitting line. The bendable piece, the flex transmitting line and the signal emitting/receiving portion are covered by a sheath.
Abstract:
A multi-function peripheral mainly includes a casing, a scanning module and an inkjet printing module. The scanning module is located on the top side of the casing, including a scan platform and a dynamic scanning unit for capturing image data. The inkjet printing module is located below the scan platform and includes a dynamic printing unit for moving an ink cartridge to perform printing operations. The moving path of the ink cartridge is substantially normal to the longitudinal axis of the scan platform. When the ink cartridge is moved to a cartridge replacing position located on a distal end of the dynamic printing unit, it escapes from under the scan platform to facilitate cartridge replacement operations.
Abstract:
An electronic musical score display device comprises an electronic display panel displaying at least one page of musical score data; a manipulator that will transmit a page turn signal wirelessly, generated from a pressure contact such as the pressing of a foot; and a microprocessor that controls the divided pages of musical score data being shown on the electronic display panel, which after receiving the page turn signal will perform a page turn action. Therefore, a performer is not required to manually turn pages on the electronic musical score display device by hand, so the performance is not interrupted due to page turning, thereby increase the performance quality.
Abstract:
A digital lighting control system for controlling a plurality of lighting elements is provided, including a PC, a signal control unit, a signal conversion unit, and a signal dispatching unit. The signal control unit has a video signal input decoder for receiving video signal input and a PC display interface for connecting to the PC. The PC can control the lighting elements through the addresses of the lighting elements stored in the signal control unit. The signal conversion unit is connected to the signal control unit to receive control signals. The received control data is converted into data including addressing and control codes of the lighting elements. The signal dispatching unit is connected to the signal conversion unit for receiving converted addressing and control codes of the lighting elements. The signal dispatching unit dispatches the address and control code to lighting elements, which are connected to the signal dispatching unit. In addition, a plurality of signal control units can be serially connected to a PC, a plurality of signal conversion units can be serially connected to a signal control unit, and a plurality of signal dispatching units can be serially connected to a signal conversion unit. Therefore, a large area or various combinations of lighting elements can be controlled by the digital lighting control system.
Abstract:
Toxic chemical substrate management systems for use in a factory having a material management system are disclosed. The toxic chemical substrate management system includes at least a server, a processing unit and a database. The server is coupled to the material management system to receive toxic chemical substrate information, comprising identification to be stored in the database. The server receives an instruction, and the processing unit manages operations of the toxic chemical substrate according to the identification and the instruction. The operations include request, use, storage and return of the toxic chemical substrate. The toxic chemical substrate management system further provides interfaces to query the stock, use volume, operating amount, type of the toxic chemical substrate, and suppliers and operating region thereof.
Abstract:
A hanger assembly includes a mounting seat, a hooking member extending upwardly from the mounting seat and adapted to engage a backrest of a chair, first and second extendable arms connected pivotally to the mounting seat, an upright bar coupled to the mounting seat and displaceable in an upright direction relative to the mounting seat, and a hanging member disposed on the upright bar.