61results about How to "Manufactured small" patented technology

A strip-shaped label has a transparent plastic film layer partially covered by an opaque film layer. A window area not covered by the opaque film layer remains. The film layers are bonded to one another using an adhesive layer. Before attachment, the label is positioned on a carrier. A bow-shaped suspension tab is produced through punching, on whose bottom non-adhesive areas are provided, which allow a suspension tab to be pulled out of the label plane easily for suspension of the container. Two printed voucher sections are implemented in the opaque label film. The transparent film layer has an adhesive-repellent coating, which is also transparent, below the voucher sections. In the stuck-on state, the label area in which the voucher sections are positioned overlap the transparent window area. After removal of one of the voucher sections, the window area is visible and the container contents may be viewed.

By a combination of a plurality of blocks 11 in which a plurality of projecting portions 37 which are formed into the same cylindrical shape are provided on an upper surface of a rectangular parallelepiped base portion 31 at intervals of several millimeters, the base portion 31 has a rectangular parallelepiped interior space which is made to open downwards so as to enable the accommodation of projecting portions 37 of other blocks, and the cylindrical projecting portions 37 of the other blocks are made to be held by side wall panels 33 of the base portion 31, a drawback that the change in shape of a shaped structure becomes less conspicuous is eliminated irrespective of a reduction in the number of types of blocks with respect to their shapes.

A comfort element for an article of footwear or an article of clothing, a method of manufacturing same, and an article of footwear or clothing that includes such element. The comfort element is manufactured by superimposing a first layer of material having a melting temperature θ1, a layer of foam material having a melting temperature θ2, a second layer of material having a melting temperature θ3, the temperature θ2 being lower than θ1 and θ3, and assembling by welding the three layers to one another along predetermined welding lines, whereby the layer of foam material is brought to a temperature θ4 comprised between θ2 and θ1, θ3 along the welding lines. At least one film of heat-meltable glue, precut along the predetermined welding lines and having a melting temperature θ5 on the order of θ2, is inserted between one of the material layers and the foam material layer.

A lamp body 20 includes a lamp unit 60 whose irradiation direction is changed according to a running state of a vehicle, a horizontal driving mechanism 90 for horizontally changing the irradiation direction, and a vertical driving mechanism 100 for vertically changing the irradiation direction. The horizontal driving mechanism and the vertical driving mechanism are integrated with each other, so that a lighting apparatus 10 can be mounted in a vehicle by using only a small mounting space. Moreover, the lighting apparatus 10 needs only small numbers of components and mounting man-hours.

A semiconductor physical quantity sensor includes: a substrate; a semiconductor layer supported on the substrate; a trench disposed in the semiconductor layer; and a movable portion disposed in the semiconductor layer and separated from the substrate by the trench. The movable portion includes a plurality of through-holes, each of which penetrates the semiconductor layer in a thickness direction. The movable portion is capable of displacing on the basis of a physical quantity applied to the movable portion so that the physical quantity is detected by a displacement of the movable portion. The movable portion has a junction disposed among the through-holes. The junction has a trifurcate shape.

In an example embodiment, there is a sensor for detecting particles. The sensor comprises an electrode, a sensor active region covering the electrode and the sensor active region is sensitive-for the particles. A first switch element is operable to bring the electrode to a first electric potential when the first switch element is closed, and a second switch element is operable to bring the electrode to a second electric potential when the second switch element is closed. A detector is adapted to detect the particles based on a change of the electric properties of the sensor in an operation mode in which the electrode is brought to the first electric potential and an operation mode in which the electrode is brought to the second electric potential.

There is provided a liquid crystal display device comprising a plurality of pixels arranged in a matrix form, each of the pixels including a pixel electrode formation area wherein a pixel electrode is formed and a thin film transistor formation area wherein a thin film transistor is formed and connected to the pixel electrode. The thin film transistor having a semiconductor layer serving as a channel, a terminal formed to be connected to the pixel electrode, a passivation layer formed to cover the thin film transistor and an organic insulating layer covering the passivation layer. The semiconductor layer is extended from a channel toward the pixel electrode formation area beyond the terminal and terminated in the pixel electrode formation area to form a termination end that is aligned with a termination end of the passivation layer. The organic insulating layer is elongated to cover the termination ends of the semiconductor layer and the passivation layer.

The present invention provides a 90-degree hybrid capable of miniaturization and also capable of a stable operation in a wide band. According to an embodiment of the present invention, a PLC-type 90-degree hybrid comprises: a PLC chip having a planar lightwave circuit formed therein; and a 90-degree hybrid circuit formed in the planar lightwave circuit, mixing a modulated signal light and an LO light to separate the signal light into quadrature components I and Q, and outputting the same. The 90-degree hybrid circuit includes: two Y-branch couplers each branching the signal light and the LO light; and two wavelength-independent directional couplers which cause LO lights passing through two paths and signal lights passing through two paths to interfere with each other, respectively. The above-described paths include waveguides having mutually inverted shapes and waveguides having an identical shape, and have a shape substantially symmetrical with respect to the signal light.

In a method for forming a bonded semiconductor-on-insulator substrate for the fabrication of semiconductor devices and integrated circuits, a surface of a wafer of a monocrystalline semiconductor material is implanted with ions of the semiconductor material a to a selected depth in the wafer to form, adjacent to the surface, an amorphous layer of the semiconductor material. The layer of amorphous semiconductor material extends to a substantially planar zone disposed at substantially the selected depth and comprising the monocrystalline semiconductor material damaged by lattice defects, i.e., end-of-range implant damage. Undamaged material below the selected depth comprises a first layer of the monocrystalline semiconductor material. The wafer is heated under conditions effective to convert the amorphous layer to a second layer of the monocrystalline semiconductor material and to coalesce the zone of damaged monocrystalline semiconductor material, thereby forming a substantially planar intrinsic gettering zone of substantially pure semiconductor material that includes active gettering sites disposed at substantially the selected depth. An insulating bond layer on one surface of a handle wafer is bonded to the surface of the wafer to form a bonded semiconductor-on-insulator substrate comprising a handle wafer, an insulating bond layer, and a device wafer of monocrystalline semiconductor material. The device wafer includes a substantially planar intrinsic gettering zone comprising substantially pure semiconductor material and including active gettering sites. The described bonded substrate is employed in the fabrication of semiconductor devices and integrated circuits.

An intake module for an internal combustion engine. The intake module including at least two intake ducts which can be opened and closed by rotatable valves. The valves are connected to one another via a coupling mechanism and to a common actuating mechanism in the form of a servomotor. In order to compensate for tolerances between the valves and the actuating mechanism, the coupling mechanism includes at least one elastic portion, formed by a weakened material portion, which allows the intake valves to be closed and opened completely. The resilience of the coupling mechanism can be brought about by a change in cross-section or a material reduction. In one embodiment of the invention, the coupling mechanism includes multi-part articulated main rods which control the valves by resiliently mounted legs. In another embodiment, the coupling mechanism includes a main rod having branch rods emerging therefrom with a resilient region extending as a relatively thin cross-section of the branch rods over their entire length.

A method of assembling a fuel injector (8) comprising a fuel injector body having an accumulator volume (22) defined therein is described. The method comprises: providing an encapsulated actuator arrangement (29a) having a piezoelectric actuator stack (29) and electrical connector means (34,36), wherein the stack (29) is encapsulated in a sleeve member (30); providing a volume of sealing material (42) in the region of the electrical connector means (34,36); locating the encapsulated actuator arrangement (29a) in the accumulator volume (22); applying heat indirectly to the volume of sealing material (42) so as to soften the volume of sealing material; and applying pressure to the encapsulated actuator arrangement (29a) such that the volume of sealing material (42) deforms to form a substantially fluid-tight seal (38) between the encapsulated actuator arrangement (29a) and the accumulator volume (22) in the region of the electrical connector means (34,36).

There is disclosed a method and apparatus for deploying a mirror assembly from a recessed position that includes rotating the mirror assembly in a first direction about a first axis, the mirror assembly coupled proximate the first axis to at least one lifting arm and rotating each lifting arm in a second direction about a second axis such that the mirror assembly moves to an operational position. The first direction may be opposite from the second direction.

A clip clamping mechanism of a pressure fixture, which the clip comprises a fixedly mounted shaft, and a first clip and a second clip hinged through the fixed shaft. Two ends of the first clip and the second clip corresponding to the hinging joint form respectively a front arm, and a rear arm in linkage with a propulsion piece, wherein the propulsion piece is provided with an accommodation cavity for mounting the rear arm; and the accommodation cavity is provided with a wedge-shaped sidewall for butt junction and slip fit with the rear arm; one end of the accommodation cavity close to the front arm is a big end with opening, while the other end far away the front arm is a small end. The first clip and the second clip achieve a transmission connection through one fixed shaft only to realize butting clamp.

An optical sensor projects light rays emanating from a light emitting element that are collimated by a lens and reflected by a mirror and then directed to a light projecting prism. The collimated light rays incident upon the prism are refracted at an incident surface and come out from the prism through a light exit surface so as thereby to be projected into the field of detection. Light rays passing through the field of detection are directed to a light receiving prism. The light rays incident upon the light receiving prism through a light incident surface are reflected by a light exit surface and then come out from the light receiving prism. The outgoing light rays are received and converted into an electric signal by a light receiving element.

There is provided an oil strainer in which the assembling work can be performed very easily, and more over high quality can be ensured. An oil strainer 1 includes a housing 2 formed by closing an open portion 6 of a case body 3 by a cover body 20 and a filter element 30 disposed in the housing 2. In the case body 3, there is provided a groove portion 8 including a guide portion 9 for guiding the filter element 30 to the inside of the case body 3 by inserting both side edges of the filter element 30 into the inside and a locking portion 10 for locking the filter element 30 by inserting the tip end edge in the insertion direction of the filter element 30 into the inside.