31results about How to "Structural interference" patented technology

A rotary mechanism includes a base, a supporting component, a bridging component, a guiding component and a shaft. The base includes a guiding structure. The guiding structure includes a first area, a curvature of the first area is increased from a front end to a rear end of the first area. The bridging component includes a pivot hole and a guiding slot. The guiding component passes through the base and is movably disposed inside the guiding structure. Two ends of the guiding component are respectively disposed on the supporting component and the pivot hole, and the supporting component can rotate relative to the bridging component via the guiding component. The shaft passes through the base and is movably disposed inside the guiding slot. The guiding component moves along the guiding structure, and the supporting component can rotate relative to the base via the bridging component and the shaft.

A rotary mechanism includes a base, a supporting component, a bridging component, a guiding component and a shaft. The base includes a guiding structure. The guiding structure includes a first area, a curvature of the first area is increased from a front end to a rear end of the first area. The bridging component includes a pivot hole and a guiding slot. The guiding component passes through the base and is movably disposed inside the guiding structure. Two ends of the guiding component are respectively disposed on the supporting component and the pivot hole, and the supporting component can rotate relative to the bridging component via the guiding component. The shaft passes through the base and is movably disposed inside the guiding slot. The guiding component moves along the guiding structure, and the supporting component can rotate relative to the base via the bridging component and the shaft.

A telescopic fan cage includes a main frame and a side frame which are slidably connected with each other to form a fan installation space. The side frame is capable of sliding toward the main frame to shrink the fan installation space, or sliding away relative to the main frame to expand the fan installation space. An apparatus case includes a casing and the telescopic fan cage. The telescopic fan cage is detachably disposed in the casing. Therein, the side frame is capable of sliding toward the main frame to shrink the fan installation space, so that the telescopic fan cage is at a transit state for moving in or out the casing; the side frame is capable of sliding away relative to the main frame to expand the fan installation space, so that the telescopic fan cage is at an installation state for being fixed in the casing.

A connector mechanism is utilized to connect with a portable electronic device which includes a receptacle connector and a guide hole structure. The guide hole structure includes a first area and a second area. The connector mechanism includes a base, a plug connector and a guide pin structure. The plug connector and the guide pin structure are disposed on the base. A length of the guide pin structure is greater than a length of the plug connector. The guide pin structure includes a first portion and a second portion. A width of the first portion is smaller than a width of the second portion. Width difference between the plug connector and the receptacle connector is smaller than width difference between the second portion and the first area and between the first portion and the second area, and is greater than width difference between the second portion and the second area.

Disclosed are a reducer and an electric power steering apparatus having the same. According to the present invention, an input shaft, a driving shaft, and a pinion shaft are coaxially arranged. Thus, a conventional configuration, in which a motor inevitably protrudes, can be improved to prevent the motor from interfering with the other structures. Therefore, a layout configuration in an apparatus can be compactly formed.

A device for generating a random sequence (10) of bits is disclosed. The device comprises oscillating means (13), which will generate a random sequence of bits when biased with a noise signal. The oscillating means comprises at least one oscillator amplifier being protected from interfering signals by means of a load and a tail-current source for providing high noise-interference ratio. Further, the present invention relates to an integrated circuit and an electronic apparatus comprising the device for generating a random sequence according to the invention.

We have invented a floating platform with 3 canted columns, a new type of fairlead, and a new method of mooring line makeup and installation method, that can be used for canted columns. The platform includes 3 columns having upper ends projecting above water surface. The columns are canted or inclined inward from the corner of hull toward the central vertical axis. The 3 columns converge at the top of column such that each column will lean against the other 2 columns. Each column has two connection points to the other 2 columns. Horizontally disposed pontoons interconnect adjacent columns at the lower ends. The columns and pontoons form a closed structure hull to support a foundation structure directly above the top of column.

The present embodiment relates to a lens driving device comprising: a housing; a bobbin disposed inside the housing; a magnet disposed in the housing; a first coil which is disposed in the bobbin, and is opposite to the magnet; a base disposed on the lower side of the housing; a substrate portion comprising a body portion, which is disposed on the upper surface of the base, and a terminal portion extending toward the lower side of the body portion; a terminal portion accommodating portion which is formed on a side surface of the base and accommodates at least a part of the terminal portion; and an adhesive accommodating groove which is formed in the terminal portion accommodating portion and accommodates at least a part of an adhesive contacting the terminal portion and the terminal portion accommodating portion.

An electronic device is provided which includes a housing including a through-hole positioned in a side face, a socket disposed within the housing, and having an entrance aligned with the through-hole, a biasing member mounted on the housing, and disposed between the through-hole and the entrance of the socket, and a tray in which at least one storage medium is seated. The tray is inserted into / extracted from the housing through the through-hole, and inserted into the socket from the inside of the housing through the entrance. During the insertion or extraction of the tray, the biasing member may limit a movement range of the storage medium in the tray.

A keyswitch support connection structure incudes a bottom plate portion and a joining portion firmly joined with a joining hole of a bottom plate portion to form a support connection portion. In an embodiment, a cantilever plate extends upward from the joining hole. The joining portion encapsulates a holding structure of the cantilever plate. In another embodiment, a protruding bridge portion connected across two sides of the joining hole. The joining portion encapsulates the protruding bridge portion. In another embodiment, the joining portion has a wing portion protruding from a bottom surface of the bottom plate portion and extending parallel to the bottom surface. A keyswitch structure includes a base with the keyswitch support connection structure, a keycap, and two keyswitch supports. The two keyswitch supports are connected to and between the keycap and the base; therein, one of the keyswitch supports is rotatably connected to the support connection portion.

The present invention relates to a tile structure of a shape-adaptive phased array antenna, and more specifically to a tile structure of a shape-adaptive phased array antenna configured to improve drag and low-observable properties of an airplane, and minimize a structural interference between adjacent tiles of the phased array antenna.

A method includes steps of: preparing first and second plates, each first plate having surrounding apertures, each aperture including a first accommodation portion and an outer necking portion, each second plate having surrounding accommodation portions; stacking the first plates by aligning necking portions to form band gaps extending linearly and parallel to each other; stacking two second plates to two opposing terminal portions of the stacked first plates; penetrating metal bars into the aligned first and second accommodation portions by exposing both ends of each metal bar; beetling the necking portions at each band gap so as to locate firmly the corresponding metal bar; positioning a first mold and a second mold to clamp the stacked plate structure; injecting metal slurries into the first and second molds and then solidifying the metal slurries to form two end rings; and, removing the first and second molds to complete a rotor structure.

A shock pump adapter includes a communication device configured to include an inner tube and an outer tube. The inner and outer tubes are rotatable with respect to one another. A valve insert fixes to one of two ends of and is rotatable with the inner tube and includes a first channel fluidly connecting to a hollow of the inner tube. An air inlet joint fixes to the other of the two ends of and is rotatable with the inner tube. The air inlet joint includes a second channel fluidly connecting to the hollow of the inner tube and a one-way valve disposed in the second channel. An air outlet joint connects to and is disposed at the other of the two ends of the communication device. The air outlet joint fixes to and is rotatable with the outer tube.

A telescopic fan cage includes a main frame and a side frame which are slidably connected with each other to form a fan installation space. The side frame is capable of sliding toward the main frame to shrink the fan installation space, or sliding away relative to the main frame to expand the fan installation space. An apparatus case includes a casing and the telescopic fan cage. The telescopic fan cage is detachably disposed in the casing. Therein, the side frame is capable of sliding toward the main frame to shrink the fan installation space, so that the telescopic fan cage is at a transit state for moving in or out the casing; the side frame is capable of sliding away relative to the main frame to expand the fan installation space, so that the telescopic fan cage is at an installation state for being fixed in the casing.

A connector mechanism is utilized to connect with a portable electronic device with a receptacle connector and a guide pin structure. The guide pin structure includes a first portion and a second portion. The connector mechanism includes a base, a plug connector and a guide hole structure. The plug connector and the guide hole structure are disposed on the base. A length of the guide hole structure is greater than a length of the plug connector. The guide hole structure includes a first area and a second area. A width of the first area is greater than a width of the second area. Width difference between the plug connector and the receptacle connector is greater than width difference between the second portion and the second area, and is greater than width difference between the first portion and the second area and between the second portion and the first area.

The invention provides an improved method of drying wet or water damaged surfaces using a vacuum source, a manifold, and a plastic sheet covered grid having a lattice formation with spaces to permit the passing of moisture and air from and beneath the surface to the vacuum source.