106results about How to "Prevent from reaching" patented technology

The invention relates to a self-illumination display pixel. The self-illumination display pixel comprises a self-illumination circuit; the self-illumination circuit comprises a self-illumination device; the self-illumination display pixel further comprises an optical fingerprint sensing circuit; the optical fingerprint sensing circuit comprises a first TFT device and a photosensitive device; and a channel layer of the first TFT device is just below the photosensitive device. By means of the self-illumination display pixel, a fingerprint sensing function can be realized; and furthermore, the integral structure is optimized.

A fluorescence focal modulation microscopy system (10) and method (200) is disclosed for high resolution molecular imaging of thick biological tissues (40) with single photon excited fluorescence. Optical sectioning and diffraction limited spatial resolution are retained for imaging inside a multiple-scattering medium by the use of focal modulation, a technique for suppressing the background fluorescence signal excited by the scattered light. The focal modulation microscopy system has a spatial phase modulator (18) inserted in the excitation light path (34), which varies the spatial distribution of coherent excitation light around the focal volume periodically at a preset frequency. A fluorescence focal modulation image (122,142) is formed on a display (114) with the demodulated fluorescence, while a confocal image (120,140) is available simultaneously.

An oriented electrical steel sheet according to one embodiment comprises, by weight, 2.0-4.5% of Si, 0.001-0.20% of C, less than 3% (not including 0%) of Al, less than 0.08% (not including 0%) of Mn, less than 0.005% (not including 0%) of N and less that 0.05% (not including 0%) of S, and the remainder is Fe and other unavoidable impurities.

A structure for a fuel filler tube opening comprises: a fuel adapter (17) having a filler opening (15); a fuel lid (16) for closing an opening (13) formed in a vehicle body (27); and a protective cover (32) provided on an inner surface (31) of the fuel lid (16). The protective cover (32) is separated by the distance (delta) from an insertion opening (24) of the filler opening (15) and surrounds the insertion opening (24).

A digital pen is provided with an optical system with at least one sensor for capturing images of a patterned surface and at least one light source for illuminating the patterned surface when images are captured by the at least one sensor. In order to solve the problem that the sensor is sometimes blinded by specularly reflected light when the digital pen is used on a glossy surface, the optical system is adjustable between at least two image capturing states in which images are captured with a different geometrical arrangement of the at least one sensor and the at least one light source. As a supplement or alternative, the digital pen may illuminate the patterned surface with linearly polarized light having a first polarization direction and further be provided with a linear polarizer infront of the image sensor, which polarizer has a second different polarization direction, preventing specularly reflected light from reaching the sensor.

The invention relates to interior panelling, especially a dashboard, comprising a built-in, separate airbag cover (1), for a motor vehicle. The opening force required to open the airbag cover (1) canbe adjusted by means of a particular contour geometry (15) of the top (2) of the airbag cover (1). The invention also relates to a method for producing interior panelling comprising a built-in airbagcover (1).

A photodynamic therapy lamp has a cover (10, 11, 12, 13) which contains a light source formed from two arrays (20) of LEDs (21). The LEDs are arranged in a honeycomb pattern and have a peak wavelength of 630-640 nm. Beneath the LEDs is a lens pack (22) containing a lens (23) for each LED. Beneath this is a diffuser (7). The lenses are arranged in a honeycomb pattern and serve to concentrate the light in a substantially parallel and narrow beam.

The invention discloses an installing structure for a heat exchanger core. The installing structure comprises a first structural piece used for installing the heat exchange core and a second structural piece fixed relative to the heat exchanger core. The first structural piece comprises a T-shaped groove, and the second structural piece comprises a T-shaped piece. The T-shaped piece is arranged in the T-shaped groove in a sliding fit manner. In the installing structure for the heat exchanger core, at least one pair of matching faces closely attached can be formed between the T-shaped piece and the T-shaped groove so that airflow can be prevented from reaching the other side of the T-shaped piece from one side of the T-shaped piece, accordingly, a good sealing effect can be achieved, and mutual playing and mixing of fresh air and indoor exhaust air are prevented. The invention further discloses a ventilation system.

The disclosure relates to a head-mounted device with an adjustable opacity system. The invention discloses a head-mounted device which may have a transparent display. The transparent display may be formed from a display unit that provides images to a user through an optical coupler. A user may view real-world objects through the optical coupler while control circuitry directs the transparent display to display computer-generated content over selected portions of the real-world objects. The head-mounted display may also include an adjustable opacity system. The adjustable opacity system may include an adjustable opacity layer such as a photochromic layer that overlaps the optical coupler and a light source that selectively exposes the adjustable opacity layer to ultraviolet light to controlthe opacity of the adjustable opacity layer. The adjustable opacity layer may block or dim light from the real-world objects to allow improved contrast when displaying computer-generated content overthe real-world objects.

The present invention relates to a device for vaccuming away drilled material when drilling with a drill in masonry and similar, including a low pressure chamber, at least a suction point and a connector for a suction unit that sucks a cutting accumulated on the suction point. The invention is characterized in that the suction point (14) and the low pressure chamber (5) are separated in space. By means of the invention, it is capable of sucking the drilled material generated during a drilling period reliably without a damage of the walling surface and a relation of the device position.

The semiconductor device comprises a first insulation film 26 formed over a semiconductor substrate 10, first conductor plug 32 buried in a first contact hole 28 a formed down to a source / drain diffused layer 22, a capacitor 44 formed over the first insulation film 26, a first hydrogen diffusion preventing film 48 formed over the first insulation film 26, covering the capacitor 44, a second insulation film 50 formed over the first hydrogen diffusion preventing film and having the surface planarized, a second hydrogen diffusion preventing film 52 formed over the first hydrogen diffusion preventing film 26 and having the surface planarized, a second hydrogen diffusion preventing film 52 formed over the second insulation film 50, second conductor plug 62 buried in a second contact hole 56 formed down to the lower electrode 38 or the upper electrode 42 of the capacitor 44, a third conductor plug 62 buried in a third contact hole 58 formed down to the first conductor plug 32, and an interconnection 64 connected to the second conductor plug 62 or the third conductor plug 62.

The invention relates to a clothes drier which is capable of restraining abnormal raising phenomenon of water droplets and ensuring the circular air volume supplied to a direr chamber in a water-cool dehumidifying heat exchanger, thereby improving the drying efficiency. The clothes drier is provided with a circular passage which is capable of circularly supplying dry wind relative to the direr chamber; a dry wind generating unit is arranged at a middle part of the circular passage; the upstream side of the dry wind generating unit is provided with a heat exchanger (31) and a branch passage (32); the branch passage (32) is parallel to the passage in the heat exchanger (31).

The invention discloses a blood vessel dredging and cleaning device. The device comprises a balloon catheter, a balloon and a marking ring, wherein the balloon is wrapped at a distal end of the balloon catheter, a distal end and a proximal end of the balloon are respectively fixedly connected with the balloon catheter passing through the balloon, the marking ring is arranged at the distal end anda proximal end of the balloon catheter, a balloon expansion channel and a guide wire guide channel are arranged in the balloon catheter, a communication hole is formed in a wall of the balloon catheter, an overall shape of the balloon in the inflated state is a truncated cone or a cone, the distal end of the balloon is a large diameter end, and the proximal end is a small diameter end, the balloonis composed of a distal end surface, a proximal end surface, a tapered side wall, and a unit plug-removing protrusion, the distal end face is in arc transition connection with the conical side wall,the proximal end face is in arc transition connection with the conical side wall, the unit thrombus removal protrusions are distributed on the conical side wall of the balloon at intervals, and the unit thrombus removal protrusions are provided with protrusion cavities. The device has advantages of novel structure, good thrombus removal effect, little damage to blood vessel wall and the like.

The present invention provides a vertically mounted electrical junction box which can effectively prevent the dropping of the water flowing on a panel of vehicle body to an electrical junction box body (12) and comprises attached legs (16). The attached legs (16) are separated from the electrical junction box body (12) and are provided with a fixation part (46) used for the panel (14) of vehicle body at one end. Furthermore the attached legs are provided with disengageable junction parts (34,64) at the other end between the lower surface of the other end and the upper surface of the electric junction box body (12). The attached legs (16) are provided with water discharging grooves (44) on the upper surface. The water discharging grooves (44) extend from one end to the other end and are opened at the side of the panel (14) of vehicle body.

The present invention relates to a method at the material processing by the use of high kinetic energy, comprising a plunger (2) which is driven from a start position by a hydraulic system pressure (pS) by means of a drive chamber (1 1) in order, by only one stroke, to transfer high kinetic energy to a blank / tool (4) to be processed, whereafter there is a risk that a rebound of the plunger (2) will occur, and the method comprises that a step is taken in connection with said stroke performed, which step prevents said plunger (2) from making a rebound with an essential content of kinetic energy in order to avoid negative effects as a result of a rebound, whereafter the plunger (2) is returned to said start position by means of a second chamber (10), wherein said step comprises that a valve means (5) closes the driving connection between the system pressure (pS) and the plunger (2), wherein said step comprises that said valve means (5) is controlled by a pilot valve (7) controlling the entire striking progress, and that said second chamber (10) is pressurized with the system pressure (pS) during the entire striking progress.

The invention discloses a lithographic apparatus and a method of manufacturing a device using a lithographic apparatus. A liquid handling structure for a lithographic apparatus comprises a droplet controller configured to allow a droplet of immersion liquid to be lost from the structure and to prevent the droplet from colliding with the meniscus of the confined immersion liquid. The droplet controller may comprise gas knives arranged to overlap to block an incoming droplet. There may be extraction holes lined up with gaps between gas knives to extract liquid that passes through the gap. A droplet is allowed to escape through the gaps.

Devices mix a bone cement 55 and comprise at least one cartridge 1, wherein the cartridge comprises in its interior a cylindrical mixing chamber 2, a discharge piston 4 movable in the cylindrical mixing chamber in the longitudinal direction and sealable against the walls of the mixing chamber, a mixing device 7 for thoroughly mixing the content of the mixing chamber, which is arranged in the interior of the mixing chamber. The mixing device 7 is operable externally via a mixing rod and the mixing rod 6 is guided through a passage in the discharge piston such that it can be rotated and displaced in the longitudinal direction by the discharge piston. The cartridge 1 comprises a discharge opening opposite the discharge piston, wherein, in the mixing chamber, a first component 3 is contained between the discharge piston and the discharge opening, wherein a monomer fluid as a second component is introducable through the discharge opening into the mixing chamber. The device further comprises a locking element 9,10 with which the mixing rod 6 is affixable to the discharge piston 4 such that the discharge piston 4 is movable by means of the mixing rod in the mixing chamber in the longitudinal direction. The present invention also relates to a method for storing and mixing the bone cement by the device.

The toner cartridge is provided with: a toner storing container of a rectangular shape having a toner feeding opening in an angular portion thereof; and a stirring conveying member that is rotatably disposed inside the toner storing container in a predetermined rotation direction and that stirs and conveys toner toward the toner feeding opening in the toner storing container. Compression ratio defined by the following equation (1) of the toner stored in the toner storing container is 0.25 to 0.38,Compression ratio=(P-A) / P (1) (Provided that in the equation (1), P represents a packed bulk density of toner and A represents an aerated bulk density of toner.

The invention provides a motor for washing machine which can be used over a long term without deteriorating the performance by enhancing waterproofness of the coil and the terminal of a stator. The motor for washing machine comprises a stator 40 formed by laminating a plurality of cores 41 having a plurality of teeth 43 projected from an annular yoke 42 toward the outer circumference, molding the core with insulating resin and then winding a coil 51 around the teeth 43 from above the insulating resin mold 52, and a rotor 70 located coaxially with the stator 40 and having a plurality of magnets 72 arranged at positions opposing the teeth 43 wherein the stator 40 is molded of waterproof resin.

A water-cooling valve stem structure of a 1500-DEG C superhigh temperature valve comprises a valve stem. The valve stem is of reduction structure and provided with a single-circulating water cooling structure. The valve stem is formed by fixedly connecting a valve stem body and a valve stem joint, and the external portion of the valve stem body is of reduction structure composed of a large-diameter section and a small-diameter section which are connected through a transition section. Cooling water can flow in the space formed by the valve stem body, a valve stem bush, an inner water-cooling pipe and the valve stem joint to form a single complete cycle of a water cooling system. An O-shaped ring in the inner water-cooling pipe prevents water from entering an outlet from the bottom of the inner water-cooling pipe and prevents water at the outlet from reaching the inlet from a sealed position of the O-shaped ring, so that water cooling in a single complete cycle is formed. The valve stem can safely and reliably operate under the working condition of superhigh temperature of 1500 DEG C through thermodynamic calculation of heat transfer.

The invention relates to an image sensor and a backlight calibration method of the image sensor. The image sensor comprises an effective pixel area, a reference pixel area and a current carrier dissociation area, wherein the effective pixel area is provided with a plurality of photosensitive pixel units, the reference pixel area is located outside at least one side of the effective pixel area, and the current carrier dissociation area is correspondingly located between the effective pixel area and the reference pixel area. Because the image sensor is provided with the current carrier dissociation area located between the effective pixel area and the reference pixel area, after current carriers in the effective pixel area enter a substrate, the image sensor can dissociate the current carriers form the current carrier dissociation area with the backlight calibration method so as to prevent the current carriers from migrating to the reference pixel area. Thus, accurate backlight calibration can be performed on the image sensor, and thus the quality of images output by the image sensor is improved.