Abstract:
A method for seamless record of real-time video and audio data, which is utilized in a disc burning system having a disc burning device and a storing device for recording a real-time video and audio data, comprises following steps: recording the real-time video and audio data to a first disc by the disc burning device; recording the continuing real-time video and audio data to the storing device after the first disc is fully recorded and saving the continuing real-time video and audio data as a plurality of multimedia files; and burning at least one multimedia file to at least one second disc. The features of the present method is that a user does not need to wait for replacing the first disc while it is fully recorded, and the user can decide when to burn the multimedia file(s) to the second disc(s) so as to reach the object of seamless record of real-time video and audio data. The present invention also provides a system for seamless record of real-time video and audio data.
Abstract:
A safety device for a collapsible playpen is provided. The playpen includes four upper corner seats, four lower corner seats, four vertical posts respectively secured at their upper ends to the upper corner seats and at their lower ends to the lower corner seats, four upper railings, each or which includes a pair of identical rods pivoted together by first connecter, a central seat positioned at a lower center of the playpen, four drive rods ariented diagonally and each having inward ends pivoted to the central seat and outward ends pivoted to the lower corner seats respectively, a pair of linking rods each having two rods or equal length pivoted together by a second connecter, a strip connecting the linking rods and extending through a pair of hooks on the top of the central seat and a casing attached to the peripheral portion of the playpen. Four reinforcement rods are disposed under the drive rods to prevent the top of the vertical posts from falling inward so as to prevent the playpen from an inadvertent collapse.
Abstract:
A flexural-mode, micromechanical resonator utilizing a non-intrusive support structure to achieve measured Q's as high as 8,400 at VHF frequencies from 30-90 MHz is manufactured using polysilicon surface micromachining technology. Also, a method for extending the operating frequency of the resonator as well as other types of micromechanical resonators is disclosed. One embodiment of the method is called a differential-signaling technique. The other embodiment of the method is called a dimple-down technique. The support structure includes one or more torsional-mode support springs in the form of beams that effectively isolate a resonator beam from its anchors via quarter-wavelength impedance transformations, minimizing anchor dissipation and allowing the resonator to achieve high Q with high stiffness in the VHF frequency range. The resonator also includes one or more spacers in the form of dimples formed on the flexural resonator beam or the substrate. In operation, the dimples determine a capacitive-transducer gap of the resonator. When a large DC-bias voltage is applied between a drive electrode and the resonator beam, the dimples provide a predetermined minimum distance between the flexural resonator beam and the drive electrode.
Abstract:
A batch-compatible, post-fabrication annealing method and system are described that can be used to trim the resonance frequency and enhance the quality factor of mechanical microstructures, particularly micromechanical structures, such as micromechanical resonators. The technique involves running a current through a micromechanical structure, or through a nearby microstructure (e.g., a nearby resistor), thereby dissipating power and heating the structure to temperatures high enough to change its microstructure and/or its material properties, which then lead to changes in the microstructure's resonance frequency and quality factor. For micromechanical structures, this technique is particularly useful, since it allows for convenient, simultaneous trimming of many microstructures all at once, and can be implemented via the simple application of a voltage across the anchor points of a micromechanical structure.
Abstract:
A pivotal device for a playpen includes a connecting member which pivotally connects two siderails of the playpen. Each of the siderails has a spring received therein which has a protrusion extending through the siderail and the connecting member and a pushing end being accessed via a hole of the connecting member. An operation plate mounted to the connecting member with a slidable member biasedly disposed therebetween. The operation plate has flexible plate and a head with a tapered surface extends laterally from the flexible plate, the slidable member having one end thereof slidably located below the head so that when the slidable member is shifted, the head is pushed to push the pushing ends of the springs to withdraw the protrusions from the connecting member to allow the siderails to be pivoted.
Abstract:
A control device is provided for folding and expanding a base portion of a playpen which includes four vertical stands respectively mounted on four corners thereof and a base portion mounted on an underside thereof, four foot portions each fixedly mounted on a bottom end of a corresponding one of the vertical stands, four drive posts each having a first end pivotally engaged with a corresponding one of the four foot portions and having a second end pivotally connected to the base portion, and a flexible casing enclosed around a peripheral portion of the playpen and having an underside engaged with the base portion. The control device includes four block members each fixed on the base portion and pivotally engaged with the second end of a corresponding one of the drive posts, two transmission assemblies each mounted between two of the four drive posts and opposite to each other, each of the transmission assemblies including a bracket member mounted in a mediate portion of the transmission assembly, and a pair of linking rods each having a first end pivotally engaged with a corresponding one of the foot portions and having a second end pivotally engaged with the bracket member, four fastener members each mounted on the first end of a corresponding one of the linking rods and each pivotally engaged with the first end of a corresponding one of the drive posts.
Abstract:
A control device is provided for folding and expanding armrails of a playpen and includes a socket member having two distal ends each pivotably engaged with a corresponding one of the armrails, a coupling member received in each of the armrails and comprising a biasing member detachably engaged with a corresponding distal end of the socket member, whereby, when the biasing member urges against associated distal end of the socket member, the armrail is fixed to the socket member, and when the biasing member is detached from the distal end of the socket member, the armrail is pivotally engaged with the socket member.
Abstract:
A hinge device for armrails of a playpen. The playpen includes an essentially rectangular upper support formed by four pairs of rods each centrally coupled by a hinge device, an essentially lower support formed by four rods each centrally coupled by a hinge and four corner rods pivotally engaged to each corner of the upper and the lower supports, the hinge device having two open ends each of which is defined by two side walls in each of which a first hole and a second hole are defined, a cut-away defined in an upper portion of the open end and communicating therewith, the rod having a bore defined by a periphery, with a third hole and a fourth hole defined in the periphery and a biasing element received in the bore with a protrusion extending out from said fourth holes, a plate fixedly engaged to a side of the hinge by a rivet and having two slender arms extending in a opposite directions, a finger extending longitudinally from each slender arm and having a boss extending laterally therefrom corresponding to the protrusion so as to eject the protrusion from the second hole by pushing the finger to allow the rod to be pivoted about an axis of the rivet.
Abstract:
FIG. 1 is a perspective view of a VR adjustable charging headset showing my new design; FIG. 2 is a front view thereof; FIG. 3 is a rear view thereof; FIG. 4 is a left side view thereof; FIG. 5 is a right side view thereof; FIG. 6 is a top view thereof; FIG. 7 is a bottom view thereof; and, FIG. 8 is a rear, left perspective view thereof.