33results about How to "The overall structure is simplified and improved" patented technology

A non-volatile memory device comprises a first oxide layer, a second oxide layer and a buffer layer formed on a lower electrode. An upper electrode is formed on the buffer layer. In one example, the lower electrode is composed of at least one of Pt, Ru, Ir, IrOx and an alloy thereof, the second oxide layer is a transition metal oxide, the buffer layer is composed of a p-type oxide and the upper electrode is composed of a material selected from Ni, Co, Cr, W, Cu or an alloy thereof.

A method for graphical programming of industrial controllers, in particular motion controllers, that automatically generates suitable graphical elements and respective masks in motion control flowchart notation from user-defined structured text subprograms of a structured textual language.

A haptic panel computer of portable type includes a computer module, a digit and symbol decoding circuit, a graphic decoding circuit, and a haptic displaying device, the computer module is connected to other devices for controlling them. The haptic displaying device includes an array of guiding tubes and sliding or movable members arranged in a matrix, and the movable members are selectively extendible in or out of the guiding tubes with an electromagnetic device for forming various patterns, graphs, or digits and for Braille reading or listening by the blind people. A text file is imported to the computer through input/output device from the World Wide Web or a memory device, and the texts are transformed to Braille texts which are displayed in the lower portion of the screen by digit and symbol decoding circuit and some particular texts in the paragraph are displayed with haptic graphs in the upper portion of the screen through the graphic decoding circuit picking up pre-built graph database. The haptic graphic computer of portable type includes an improved and simplified structure to be easily and quickly manufactured and assembled and to be easily and suitably operated by the blind people.

A medical instrument holding apparatus includes a shaft slidably engaged into a housing and movable into and out of the housing, the housing includes a guiding member engaged with the shaft for guiding and limiting the shaft to slide relative to the housing only and for preventing the shaft from being rotated relative to the housing, a locking device is engaged onto the shaft and includes a positioning member for engaging with an anchoring member of the shaft and for locking the shaft and the housing together, and one or more fasteners are engaged with the housing and the locking device for securing the shaft and the housing together with the locking device.

A door latch assembly includes two receptacles mounted to a door panel and spaced from each other, two latchbolts pivotally attached to the receptacles for engaging with strikes and for locking the door panel to a door frame, two sliding members slidably engaged in the receptacles and each having a protrusion for engaging with the latchbolts, two spring biasing members engaged between the sliding members and the receptacles for biasing the sliding members toward the strikes, and two actuating levers connected between the sliding members and a push bar for allowing the sliding members to be moved away from the latchbolts by the push bar with the actuating levers selectively.

A container includes a housing having a base wall and an upper wall, and the housing includes a cover panel extended from the upper wall and foldable relative to the upper wall and movable toward the upper wall, a base plate is engaged in the housing, a support device is foldably attached to the base plate with a hinge device, and the support device is foldable relative to the base plate and the housing, and a display is attached to the support device and movable relative to the upper wall between an upwardly working position and a downwardly folded storing position. The housing includes a chamber formed by a base wall and the upper wall for receiving a mobile device.

The invention provides an air outlet assembly, a control method of the air outlet assembly, an air conditioning indoor unit and an air conditioner. The air outlet assembly comprises a housing, a fan, an adjusting part and a locking structure, wherein an air inlet and an air outlet are formed in the housing; the fan is arranged in the housing and used for driving air to flow into the housing through the air inlet and flow out of the air outlet; the adjusting part is movably arranged on the housing and is provided with a first working position and a second working position, the adjusting part comprises wind wings; the fan blows air towards the wind wings to drive the adjusting part to move to the first working position or the second working position; the locking structure is used for locking the adjusting part at the first working position or the second working position; and the adjusting part is provided with a first air outlet structure and a second air outlet structure. The wind wings drive the adjusting part to adjust the air outlet state under the action of airflow generated by the fan, positive significance is achieved for simplifying the structure of the air outlet assembly, controlling the cost and improving the working stability, and the problem of high cost of the air outlet assembly in the prior art is solved.

An optical pickup actuator comprises a lens holder having an object lens which focuses a laser beam onto an optical information storage medium mounted thereon. In the optical pickup actuator the lens holder is movably supported by a support member with respect to a base. The optical pickup actuator also comprises a magnetic circuit to drive the lens holder in a focusing direction and a tilt direction independently.

A door latch assembly includes a push bar attached to a door panel and connected to an actuating lever, a latch mechanism is attached to the door panel and includes an actuating element, a housing is attached to the seat panel, a rotary latch member is rotatably attached to the housing for engaging with a keeper member, a sliding member is slidably connected to the actuating lever for selectively locking the rotary latch member to the keeper member and for selectively latching the door panel to the door frame, and for allowing the sliding member to be moved away from the rotary latch member with the actuating lever when the push bar is moved toward the casing.

A structure for a mutual capacitance touch panel consists of two conducting layers formed on the same side of a non-conducting substrate, insulating gaps within the structure, and insulating blocks formed between the two conducting layers for electrical isolation. This structure relies on the insulating gaps to form a touch function circuit in the first direction, a first auxiliary touch function region on the first conducting layer, a second touch function circuit in the second direction, and a second auxiliary touch function region on the second conducting layer. The insulating blocks are arranged at intersecting points of the first and second conducting touch function circuits that electrically isolate the first and the second conducting circuits. This structure is achieved by using a simple manufacturing process with a high yield but low material consumption thereby allowing a novel touch function structure to be implemented.

An antenna device includes a base substrate supported on a base panel, four radiators each include an inner segment located on the base substrate, a middle segment extended from the inner segment, and an outer segment extended from the middle segment, a grounded radiating member is disposed on the bottom surface of the base panel, two feeds disposed on the bottom surface of the base panel and each having a grounded end connected to the grounded radiating member, and two radiating elements disposed on the bottom surface of the base panel, and each having a central portion connected to the feed end of the feed, and two bending sections coupled to the central portion of the radiating element, two outer sections coupled to the bending sections.

A faucet device includes two tubes each having a lower portion for receiving a cold water and a hot water, a connector pipe coupled between the tubes for forming a solid H-shaped structure, and a mixing pipe attached to the connector pipe for mixing the cold water and the hot water, two valve assemblies attached to the upper portions of the tubes for controlling the water from the tubes to the connector pipe, and a spout attached to the mixing pipe, the mixing pipe and the connector pipe and the tubes are solidly secured together and may be easily and quickly assembled to a washbasin by the users themselves.

A massaging device includes a shaft having two end portions, a handlebar attached to the shaft and perpendicular to the shaft, and a massaging member attached to the shaft. The massaging member is attached to either of the end portions of the shaft. The handlebar includes one end portion attached to the middle portion of the shaft and perpendicular to the shaft for forming a T-shaped structure. The massaging member is attached to the shaft with a fastener. A massaging element is attached to the shaft and includes a barrel having a space for engaging with the shaft. The massaging member includes a cylindrical ember having one or more spring biased latches engaged with the massaging element.

An auxiliary power take-off assembly in a motor vehicle transmission having a torque converter, transmission input and output with a drive shaft on the transmission input. The drive shaft is permanently connected to a drive motor of the vehicle by a pump shaft of the torque converter, a transmission output shaft at the transmission output and a transmission chain having drive input and output elements. A transmission power take-off shaft on the transmission output and a transmission chain having at least a drive element and a power take-off element of which the power take-off element can be connected to an additional unit to be driven, and having a switching element. The power take-off element is arranged on a power take-off shaft and can be connected to the power take-off shaft via the switching element, which is arranged to act between power take-off shaft and the power take-off element.

A hose connector repairing device includes two hose members, a vehicle part having two connecting segments, two hose connector repairing element each having one section and having a chamber for engaging with the connecting segment of the vehicle part, and the hose connector repairing elements each include another section for engaging with the hose members, and a tubular member is engaged into the other section of the hose connector repairing element for reinforcing the other section of the hose connector repairing elements and for allowing the hose connector repairing elements to be solidly and stably secured in the hose members and for preventing the hose connector repairing elements and the hose members from being squeezed and collapsed.

A positioning apparatus for positioning a tubular fluid container in an elongate carrier which is configured as a hollow profile. In order to simplify the positioning of the tubular fluid container, the positioning apparatus includes spring elements, by way of which the tubular fluid container is positioned in the elongate carrier.

A door lock device is worked in cooperate with a latch bolt, a press bar is attached to a door element and engaged with a locking pin and the latch bolt, a housing is attached to a door member, and a block device includes a board engaged into the chamber of the housing and secured to the housing, and the board includes a lever extended from the board for aligning with the locking pin and for selectively engaging with the locking pin and for preventing the locking pin from engaging into the chamber of the housing. The housing includes an opening formed in one side and communicating with the chamber of the housing for allowing the latch bolt to be engaged into the chamber of the housing. The lever of the board is engaged in the opening of the housing.

An air valve connecting device includes a housing, a sliding member slidably engaged in the housing and having a pathway selectively aligning with a passage of the housing, a gasket attached to the sliding member for engaging with an inflation valve, a follower slidably engaged in the sliding member for engaging with the inflation valve, and an actuating knob rotatably attached to the sliding member, the actuating knob is rotatable relative to the sliding member to an angular position where the follower is anchored to the sliding member, and the actuating knob is rotatable relative to the sliding member to another angular position where the follower is released from the sliding member.

A compressor includes a cylinder housing having a number of pistons, a control chamber communicating with piston casings, a suction chamber and a discharge chamber communicating with the piston casings, a control valve includes a receptacle engaged in the cylinder housing, a valve member engaged in the receptacle for controlling the pressurized air to flow from the discharge chamber into the control chamber of the cylinder housing, and a valve element for controlling a bypass of the pressurized air through the receptacle. A bellow device is connected to actuate the sliding member internally, and a sliding member is slidably engaged in the control space of the receptacle, and to operate the valve element externally with a solenoid device.