Abstract:
An upper golf bag cradle includes a cradle body fastened to the main rod member of a golf cart and adapted to hold a golf bag, and a fastening belt adjustably fastened to two distal ends of the cradle body to hold down a golf bag on the cradle body, the belt having one end inserted into an insertion slot at one end of the cradle body and secured thereto by hook and loop materials, and an opposite end inserted into an insertion slot at an opposite end of the cradle body and locked by a locking lever, the locking lever having a serrated engagement block formed integral with a head at one end thereof and adapted to hold down the fastening belt on a support plate in the cradle body, a guide wall portion adapted to guide the head over an end plate at one end of the cradle body upon rotary motion, a protruded positioning flange adapted for engagement with a protruded flange of the end plate to hold the locking lever in the locking position, and an inwardly extended baffle adapted to guide the suspended tail portion of the fastening belt toward the cradle body after locking of the locking lever.
Abstract:
A folding collapsible frame structure for golf cart includes a main rod member holding a front bag cradle, a rear bag cradle, a wheel holder and a handle bracket, a handle pivoted to the handle bracket and turned between an operative position and a non-operative position. In the operative position, a hook at the handle is hooked up with a hook at the front bag cradle. In the non-operative position, the hook at the handle is disengaged from the hook at the front bag cradle. The front bag cradle is axially movably coupled to a front end of the main rod member by a slip joint, and a spring element is installed in the main rod member to impart a forward pressure to the front bag cradle and to maintain the front bag cradle in engagement with the hook at the handle.
Abstract:
A golf bag and partition rack arrangement, which includes a cylindrical bag body having two elastic bands at two opposite sides, a first rack frame and a second rack frame bilaterally fastened to the top cuff of the cylindrical bag shell and coupled to each other through a slip joint, a lever pivoted to the second rack frame and forced by a spring in the second rack frame to hook on one of front and rear locating notches on a locating rod at the first rack frame, and a cap fastened to the second rack frame to limit turning angle of the lever, wherein depressing one end of the lever causes the lever to be disengaged from the locating rod for enabling the second rack to be moved relative to the first rack frame to adjust the pitch between the two rack frames.
Abstract:
A CMOS semiconductor device is formed having an N-channel transistor comprising a source/drain region and an N-LDD region with a graded junction. The graded N-LDD junction is obtained by implanting a high diffusivity N-type impurity, such as P, after the N-LDD implant, e.g., As, subsequent to sidewall spacer formation. Upon activation annealing to form the N-channel transistor source/drain regions, P diffuses to a greater depth than As, thereby forming a deeper and graded N-LDD junction.
Abstract:
Methods and systems for automating user patterns on a user device are described. A user device receives data representing inputs to a user interface (UI) of the user device and system data associated with each of the inputs, wherein the system data comprises information describing an environment of the user device when the input to the UI was received. The user device then determines that a subset of the inputs to the UI and the system data associated with the subset of the inputs exceeds a threshold probability of matching a pattern of previously-identified UI inputs and system data associated with the previously-identified UI inputs. The user device then executes additional inputs to the UI to complete the matched pattern.
Abstract:
Certain aspects of a method and system for a flexible multiplexer and mixer (FMM) are disclosed. Aspects of one method may include mixing primary audio information and secondary audio information of sampled received audio data based on corresponding metadata information to generate mixed output audio data. The generated mixed output audio data may be pulled through a plurality of pipeline stages.
Abstract:
A method and system for performing sample rate conversion is provided. The method may include configuring a system to convert a sample rate of a first audio channel of a plurality of audio channels to produce a first audio stream of samples. The system may be dynamically reconfigured to convert a sample rate of a second of the plurality of audio channels to produce a second audio stream of samples, wherein the first and second audio streams are output from the system at the same time. The method may further include arbitrating between request for additional data from the first and second audio stream of samples, where processing of the first channel is suspended when the request corresponds to a second channel that is of higher priority.