57results about How to "Easy to design and implement" patented technology

A configurable storage system particularly suited for use with clean-environment conveyors is disclosed. The storage system includes modular conveyor track elements which may be provided parallel to and adjacent a ceiling mounted conveyor highway. Conveyor elements may be provided as one-way paths which, when provided with plural transfer elements with respect to a conveyor highway, enable the rotation of a work-piece from a storage matrix to a transfer path and back to the storage matrix. Adjacent storage conveyor elements may be used to realize loops of storage elements. A single storage conveyor element may be shared by multiple loops of storage elements. The modularity of the present system enables the realization of plural, nested loops of storage elements. Control over such systems may be provided locally, centrally or some combination of both, and may adjust the behavior of individual storage conveyor elements based on a variety of factors.

An antenna device is provided with first and second substrates opposed to each other, one or more first wiring patterns provided on the first substrate, one or more second wiring patterns provided on the second substrate, and a plurality of connection conductors each connecting an end portion of its corresponding first wiring pattern and an end portion of its corresponding second wiring pattern. The first wiring patterns, second wiring patterns and the plurality of connection conductors constitute an antenna coil.

An antenna device is provided with first and second substrates opposed to each other, one or more first wiring patterns provided on the first substrate, one or more second wiring patterns provided on the second substrate, and a plurality of connection conductors each connecting an end portion of its corresponding first wiring pattern and an end portion of its corresponding second wiring pattern. The first wiring patterns, second wiring patterns and the plurality of connection conductors constitute an antenna coil.

The invention provides a vehicle stabilizer bar assembly. The vehicle stabilizer bar assembly comprises a stabilizer bar main body, which is formed by a bar body and longitudinal arms, wherein the longitudinal arms are symmetrically connected with the two ends of the bar body; convex limiting parts are arranged at the connected parts between the longitudinal arms and the bar body; and the vehicle stabilizer bar assembly further comprises a bushing and a stabilizer bar bracket, wherein the bushing is matched with the limiting parts in an embedded manner and sleeves the stabilizer bar main body, and the stabilizer bracket is clamped on the bushing. According to the vehicle stabilizer bar assembly, shortcomings in the prior art can be overcome to provide a stable and practical stabilizer bar assembly structure.

The invention relates to a sliding rail gap eliminating structure which is arranged between an upper sliding rail and a lower sliding rail, a locking part is arranged between the upper sliding rail and the lower sliding rail, the sliding rail gap eliminating structure comprises two abutting parts, a lever part and an elastic part, the two abutting parts are oppositely arranged on the two sides of the lower sliding rail, and each abutting part extends in the length direction of the long sliding rail; the at least one group of lever parts are arranged on the upper sliding rail, each group of lever parts comprises two lever parts which are oppositely arranged on the two sides of the upper sliding rail, each lever part is provided with a force bearing end and a pushing end which are oppositely arranged, the elastic parts are arranged between the force bearing ends of the lever parts on the sides and the upper sliding rail, and the elastic parts can abut against the force bearing ends. Therefore, the pushing end is tilted to abut against the abutting part. The upper sliding rail and the lower sliding rail can be kept to abut against each other in the vertical direction. Meanwhile, centering arrangement of the upper sliding rail and the lower sliding rail can be kept in the horizontal direction, therefore, a gap between the upper sliding rail and the lower sliding rail can be effectively eliminated, abnormal sound can be effectively prevented, and the sliding rail is simple in structure and convenient to assemble.

The invention provides a self-light-adjusting-type clean louver. The self-light-adjusting-type clean louver comprises a louver frame, a piece of outer glass and a piece of inner glass which are parallely arranged in the front-back direction are assembled in the louver frame, and vertically-arranged horizontal blades are assembled in the middles of the outer glass and the inner glass. Edge blades are connected to the two ends of the blades and comprise connecting ends and control ends, and the control ends of the edge blades horizontally extend into frame bodies of the louver frame. A control module is assembled on the upper portions of the frame bodies on the two sides of the louver frame and comprises a control piece manufactured through a conductive material, and the two ends of the control piece are connected with power connection pieces fixed in the louver frame through metal springs. A photovoltaic panel is assembled on the outer side face of the louver frame, and positive poles and negative poles of the photovoltaic panel are connected with the power connection pieces through wires correspondingly. According to the self-light-adjusting-type clean louver, the strength of lightirradiating to a house provided with the louver can be automatically adjusted to be kept relatively balanced, and adjusting is synchronously and instantaneously completed.

The invention discloses a gantry measuring device double-cross beam design structure adopting combination of a guide beam and a bearing driving beam. The gantry measuring device double-cross beam design structure comprises the guide beam, an air cushion, an YZ shaft guiding ramp, a Z shaft speed reducer, a Z shaft, the bearing driving beam, a driving guide rail, a driving base, a counterweight mechanism, a Y shaft speed reducer, an X shaft slider connecting plate, and a steel wire rope. The two ends of the guide beam and the two ends of the bearing driving beam are parallely installed and connected by the X shaft slider connecting plate, and the driving guide rail is disposed on the bearing driving beam. The YZ shaft guiding ramp is disposed on the guide beam by the air cushion, and is connected with the Z shaft, and the Y shaft speed reducer and the counterweight mechanism are disposed on the driving base. The driving base is connected with the driving guide rail, and when the driving base moves along the driving guide rail, the YZ shaft guiding ramp and the Z shaft are driven to slide along the guide beam, and in addition, the Z shaft and the YZ shaft guiding ramp are connected with the counterweight mechanism by the steel wire rope, and the bearing driving beam is used to bear the weight of the Z shaft and the weight of the YZ shaft guiding ramp, and therefore the Y, Z shaft guiding and the bearing driving of the gantry measuring device are completed by two independent cross beams.