44results about How to "Smoothly coupled" patented technology

A case for a bar type mobile electronic device is provided. The case includes a main body and an auxiliary body. The main body includes a periphery part and guide parts. The periphery part wraps the sides of the mobile electronic device. The guide parts cover parts of the front and back of the mobile electronic device. The guide parts are extended in the direction where the mobile electronic device is located at both opposite edges of the periphery part. The auxiliary body wraps the outer surface of the periphery part. The auxiliary body applies pressure to the main body in the direction of the mobile electronic device. The auxiliary body assists the main body to couple to the mobile electronic device, so that the case cannot be easily removed from the mobile electronic device and can protect the mobile electronic device from scratches and external impact.

A direction in which a drive transmission acts on a driving member and a coupling member at a coupling portion is perpendicular or substantially perpendicular to a direction in which the drive transmission acts on the coupling member and a driven member at a coupling portion. In both of the coupling portions, spaces are provided so that the driving member and the coupling member, and the coupling member and the driven member, can be respectively coupled to each other under a state in which mutual displacement is permitted in a direction that is perpendicular or substantially perpendicular to each drive transmission action direction.

A case for a bar type mobile electronic device is provided. The case includes a main body and an auxiliary body. The main body includes a periphery part and guide parts. The periphery part wraps the sides of the mobile electronic device. The guide parts cover parts of the front and back of the mobile electronic device. The guide parts are extended in the direction where the mobile electronic device is located at both opposite edges of the periphery part. The auxiliary body wraps the outer surface of the periphery part. The auxiliary body applies pressure to the main body in the direction of the mobile electronic device. The auxiliary body assists the main body to couple to the mobile electronic device, so that the case cannot be easily removed from the mobile electronic device and can protect the mobile electronic device from scratches and external impact.

A phased array antenna structure capable of operation at millimeter-wave frequencies and having multiple ring slot radiator elements (10). The RF feed structure for each radiator element includes a feed via (28) extending part-way through a multi-layer structure (FIG. 3) on which the radiator elements (10) are formed and a strip line feed probe (30) extending from the via (28) toward the radiator element. A key feature facilitating high-frequency operation is the inclusion of multiple mode suppressors (32) surrounding the via (28) and providing a smooth transition from a coaxial mode of RF transmission to a strip line mode of RF transmission. The feed probe (30) is tailored to provide either a narrow-band or a wideband frequency characteristic.

A case for a mobile electronic device with a touch screen is provided. The case comprises a base frame and first and second frames. The base frame contacts the back of the mobile electronic device and includes coupling parts at the periphery thereof. The first frame wraps one widthwise side and both lengthwise sides, over a certain distance, of the mobile electronic device. The second frame wraps the other widthwise side and both lengthwise sides, over the remaining distance except the distance of lengthwise sides wrapped by the first frame. The first and second frames comprise guard parts for wrapping part of the periphery of the front of the mobile electronic device. The base frame is coupled to the first and second frames by the coupling parts, thereby wrapping the back, widthwise and lengthwise sides, of the mobile electronic device.

A screwdriver includes a handle having one or more blades formed in a lower portion for grasping a driving shank with a control ferrule. A magazine is rotatably received in the handle, and includes a number of compartments formed between ribs, for receiving screwdriver bits, and includes one or more projections. A cover is attached to the handle, to rotatably retain the magazine within the handle, and includes a passage for selectively aligning with either of the compartments or the ribs of the magazine. The cover includes a number of depressions to receive the projection of the magazine, and to align either of the compartments or the ribs of the magazine with the passage of the cover.

A smart food chopping or slicing device comprising at least two moveable blade sets arranged in a grid like configuration. In an embodiment, the blade sets are configured orthogonally such that the cutting edges of both the blade sets remain substantially in the same plane. In another embodiment, the movement of one set of blades is independent of the movement of another set of blades. Yet, in another embodiment, said moveable blade sets are configured for lateral reciprocal movement. In a preferable embodiment, the plane of the lateral reciprocal movement of the cutting edges of the blade sets and the plane of the cutting edges of the blade sets are substantially the same or parallel planes. Yet, in another preferable embodiment, the blade sets are removeably mounted on a means capable of providing lateral reciprocal movement to the blade sets.

The present invention provides an optical device integrating an active device with a passive device without any butt joint structure between two devices. The optical integrated device of the invention includes a GaAs substrate, first and second cladding layers, and an active layer sandwiched by the first and second cladding layers. These layers are disposed on the GaAs substrate. The GaAs substrate provides a first region and a second region. The active layer comprises of the first active layer disposed on the first region and the second active layer disposed on the second region of the GaAs substrate. The first active layer has a quantum well structure whose band-gap energy smaller than 1.3 eV, while the second active layer has a quantum well structure whose band-gap energy is greater than that of the first active layer.

The invention relates to a kinetic energy accumulator, comprising a plurality of rotatably mounted accumulator members (100, 198) positioned adjacent one another, an input drive mechanism (116) arranged to impart rotational drive to a first of the accumulator members, and velocity responsive coupling members (106, 192) arranged to provide for magnetic coupling of successive ones of the accumulator members when respective ones of the accumulator members are caused successively to rotate with an angular velocity equal to, or greater than, a predetermined velocity. The accumulator can store kinetic energy and thereby act as source of rotational drive. Hence, there is also provided a kinetic energy transfer system, comprising the kinetic energy accumulator (118), an energy transmitter mechanism arranged to apply drive from a kinetic energy source to the input drive mechanism (116) of the energy accumulator; and a load device coupled to, and arranged to be driven by, the energy accumulator when each of the accumulator members is rotating with an angular velocity equal to, or greater than, the predetermined velocity. The load device can be an electric generator or other device.

There is provided a cartridge for a medication dispensing apparatus having an auto locking function, the cartridge including a cartridge case; a drum; a cartridge base; and a driving means, wherein a hollow cylinder having a coupling groove drilled therein is formed at a center of a bottom of the drum, a lifting body having an elastic protrusion elastically coupled to the coupling groove is inserted into the cylinder, wherein, when a rotation shaft of the driving means is inserted into the cylinder, the lifting body moves upward and then the elastic protrusion is separated from the coupling groove, whereas, when the rotation shaft of the driving means is separated from the cylinder, the lifting body moves downward and then the elastic protrusion is coupled to the coupling groove.

An attachment device to a panel hole includes a female part fitted into the panel hole, and having a pass-through part on a side thereof, and a male part having a leg part inserted into the female part. The leg part has an elastic coupling claw projecting outward from the pass-through part to be coupled in the panel hole, and a turn lock part. A guide member is formed in the female part for guiding rotation of the male part. The male part is assembled with the female part to be capable of rotation from a coupled position to an uncoupled position. A turn lock receiving part is formed in the female part and has a lock receiving surface for impeding rotation of the male part toward the uncoupled position.

The present invention provides an optical device integrating an active device with a passive device without any butt joint structure between two devices. The optical integrated device of the invention includes a GaAs substrate, first and second cladding layers, and an active layer sandwiched by the first and second cladding layers, these layers are disposed on the GaAs substrate. The GaAs substrate provides first to third regions. The active layer includes first to third active layers disposed on respective regions of the substrate. The first active layer has a quantum well structure whose band-gap energy smaller than 1.3 eV, while the third active layer has a quantum well structure whose band-gap energy is greater than that of the first active layer.

A color filter comprising first filtering units, second filtering units, and third filtering units is provided. The first filtering unit is manufactured according to a number of first pattern of a first mask, wherein each of the first patterns comprises a first main pattern portion and a number of first compensating portions. The second filtering unit is manufactured according to a number of second patterns of the second mask. The first compensating portions enable each first filtering unit to be smoothly coupled with the adjacent second filtering unit.

Disclosed is a steering column for a vehicle. According to the present invention, an actuating member and a fixed member can be smoothly coupled to each other without causing a catching feeling during a tilting operation of a steering column and noise generated when the actuating member and the fixed member are coupled to each other can be prevented. Further, the actuating member can be prevented from deviating from a coupling range of the fixed member when the adjusting lever is released or fastened for a tilting operation, increasing a safety of a tilting operation of the steering column.

The present invention provides an optical device integrating an active device with a passive device without any butt joint structure between two devices. The optical integrated device of the invention includes a GaAs substrate, first and second cladding layers, and an active layer sandwiched by the first and second cladding layers. These layers are disposed on the GaAs substrate. The GaAs substrate provides a first region and a second region. The active layer comprises of the first active layer disposed on the first region and the second active layer disposed on the second region of the GaAs substrate. The first active layer has a quantum well structure whose band-gap energy smaller than 1.3 eV, while the second active layer has a quantum well structure whose band-gap energy is greater than that of the first active layer.

A multiple-fold umbrella includes a telescopic central shaft having seven tubes telescopically coupled with one another, with an outermost tube having no (or zero) concave portion formed on the outermost tube, and with an innermost tube having six concave portions circumferentially formed on the innermost tube, each concave portion recessed in the tube centripetally about a longitudinal axis of the shaft and defining a central angle of sixty degrees, and the tubes gradationally increasing the number of the concave portions from the outermost tube towards the innermost tube to define an air chamber between a concave portion of an inner tube and a circular periphery of an outer tube neighboring to the inner tube for a smooth slidable coupling of every two neighboring tubes.

An attachment device to a panel hole includes a female part fitted into the panel hole, and having a pass-through part on a side thereof, and a male part having a leg part inserted into the female part. The leg part has an elastic coupling claw projecting outward from the pass-through part to be coupled in the panel hole, and a turn lock part. A guide member is formed in the female part for guiding rotation of the male part. The male part is assembled with the female part to be capable of rotation from a coupled position to an uncoupled position. A turn lock receiving part is formed in the female part and has a lock receiving surface for impeding rotation of the male part toward the uncoupled position.

“The electric connector includes a main body, which has upper and lower guide surfaces facing each other. An insertion slot is formed in a first surface of the main body. The electric connector further includes main terminal contacts which are fastened to the main body. Each main terminal contact protrudes outside at a second end thereof from a second surface opposite the first surface of the main body. A contact part is provided on a first end of the main terminal contact which is horizontal and oriented towards the first surface of the main body and is spaced apart from the upper and lower guide surfaces by predetermined distances. The electric connector further includes a conductive cover which surrounds an outer surface of the main body. A contact guide protrudes from the conductive cover and is bent inwards towards the main body.”

A phased array antenna structure capable of operation at millimeter-wave frequencies and having multiple ring slot radiator elements (10). The RF feed structure for each radiator element includes a feed via (28) extending part-way through a multi-layer structure (FIG. 3) on which the radiator elements (10) are formed and a strip line feed probe (30) extending from the via (28) toward the radiator element. A key feature facilitating high-frequency operation is the inclusion of multiple mode suppressors (32) surrounding the via (28) and providing a smooth transition from a coaxial mode of RF transmission to a strip line mode of RF transmission. The feed probe (30) is tailored to provide either a narrow-band or a wideband frequency characteristic.

A color filter comprising first filtering units, second filtering units, and third filtering units is provided. The first filtering unit is manufactured according to a number of first pattern of a first mask, wherein each of the first patterns comprises a first main pattern portion and a number of first compensating portions. The second filtering unit is manufactured according to a number of second patterns of the second mask. The first compensating portions enable each first filtering unit to be smoothly coupled with the adjacent second filtering unit.

A clothing managing apparatus is provided. In the clothing managing apparatus, a panel coupling protrusion (130) has a plurality of sub protrusions (131, 132) for supporting a control panel (150) in different directions, and protrusions coupling hole portion (160) receives the panel coupling protrusion (130). A holder (120) can be provided to support the control panel (150) and a top cover (100). The holder (12) includes one portion (123) coupled to the control panel (150) and the other portion (122) coupling to the top cover (100).

A case for a mobile electronic device with a touch screen is provided. The case comprises a base frame and first and second frames. The base frame contacts the back of the mobile electronic device and includes coupling parts at the periphery thereof. The first frame wraps one widthwise side and both lengthwise sides, over a certain distance, of the mobile electronic device. The second frame wraps the other widthwise side and both lengthwise sides, over the remaining distance except the distance of lengthwise sides wrapped by the first frame. The first and second frames comprise guard parts for wrapping part of the periphery of the front of the mobile electronic device. The base frame is coupled to the first and second frames by the coupling parts, thereby wrapping the back, widthwise and lengthwise sides, of the mobile electronic device.

A smart food chopping or slicing device comprising at least two moveable blade sets arranged in a grid like configuration wherein the blade sets are configured orthogonally such that the cutting edges of both the blade sets remain substantially in the same plane. The movement of one set of blades is independent of the movement of another set of blades and can be independently controlled. The moveable blade sets are configured for lateral reciprocal movement. The plane of the lateral reciprocal movement of the cutting edges of the blade sets and the plane of the cutting edges of the blade sets are substantially the same or the same parallel planes. The blade sets are removeably mounted on a means capable of providing lateral reciprocal movement to the blade sets.

A control apparatus (80) for a hybrid vehicle (10; 200) provided with: a drive power source including an engine (14; 202) and a vehicle driving electric motor (MG2; MG); an automatic transmission (20; 210) having hydraulically operated coupling devices (CB); and a hydraulic pressure source for the coupling devices, which includes a mechanically operated oil pump (100) operated by the engine, and an electrically operated oil pump (104) operated by a pump driving electric motor (102), the automatic transmission having speed positions having respective different speed ratio values and established with engaging actions of the selected coupling devices through solenoid-operated valves (SL), the coupling devices being operated by hydraulic pressures generated by the electrically operated oil pump, in a motor drive mode in which the vehicle is driven by the vehicle driving electric motor while the engine is at rest. The control apparatus includes: an abnormality detecting portion (92) for detecting an abnormality of the engaging action of the coupling devices to establish one of the speed positions in which the vehicle is started in the motor drive mode; an emergency engine starting portion (94) for starting the engine to operate the mechanically operated oil pump when the abnormality is detected; and a temporary engagement canceling portion (98) for controlling the solenoid-operated valve for the above-indicated one coupling device such that the coupling device is brought into its released state, upon starting of the engine, the temporary engagement canceling portion controlling the solenoid-operated valve to restore the above-indicated one coupling device to its engaged state after starting of the engine.

A panel includes a horizontally and vertically active locking system allowing two floor panels to be connected to each other at the sides thereof by providing one of these floor panels via a downward movement toward the other panel. The vertically active locking system comprises a locking element in the form of an insert, and the locking element comprises at least a blocking body. The blocking body is substantially or entirely made of acrylonitrile butadiene styrene (ABS).