172results about How to "Easy to overlap" patented technology

This invention relates to a method of implanting ions in a substrate using an ion beam where instabilities in the ion beam may be present and to an ion implanter for use with such a method. This invention also relates to an ion source for generating an ion beam that can be switched off rapidly. In essence, the invention provides a method of implanting ions comprising switching off the ion beam when an instability has been detected whilst continuing motion of the substrate relative to the ion beam to leave an unimplanted portion of a scan line across the substrate, establishing a stable ion beam once more and finishing the scan line by implanting the unimplanted portion of the path.

Lighted eyewear is described that projects light forwardly thereof. The eyewear includes a cross frame portion with temple arm portions extending rearwardly therefrom. Light mounts at forward portions of the temple arm portions include a forward opening and an interior space. Light emitting diodes are received in the interior space of the temple arm light mounts are mounted to project light through the forward openings thereof to a position forwardly of the cross-frame portion. A mounting surface of each light mount orients the light emitting diodes at a predetermined inwardly canted angle relative to normal from the lateral axis of the cross frame portion with the temple arm portions extending rearwardly from the cross frame portion.

A photonic crystal fiber comprising: a core (20) having a refractive index; and a cladding region (10) at least substantially surrounding the core (20) and comprising a bulk material having a second refractive index that is higher that the first refractive index, the bulk material containing an arrangement of elongate, longitudinal holes that comprise hole material of a third refractive index that is lower than the first refractive index; such that an electromagnetic mode guided in the core (20) has an evanescent wave that becomes more closely confined to the vicinity of the core (20) as the wavelength of the electromagnetic mode is increased over a first range of wavelengths.

An indirect optical free-space communications system provides broadband transmission of high-speed data in in transportation vehicles such as aircraft. The system includes a transmitter with a light source that can be modulated and a receiver with a photo detector, adapted to receive light that is emitted from the transmitter and to convert it into an electric signal. The transmitter and the receiver are directed onto at least one common surface, which reflects the light emitted from the transmitter before it reaches the receiver. The free space communications system is cellular and includes several cells, each of which has a transmitter and at least one corresponding receiver. The cells are configured in such a way that crosstalk with a respective adjoining cell is prevented. The cells are thus independent of one another.

This semiconductor laser apparatus includes a first semiconductor laser device having a first surface and a second surface, an integrated laser device formed by a second semiconductor laser device and a third semiconductor laser device having a third surface and a fourth surface, and a support substrate. The third surface is bonded onto a first region of the support substrate, a first section of the first surface overlaps with at least part of the fourth surface, and a second section of the first surface is bonded to a second region of the support substrate.

A stent graft (18) for deployment in a curved lumen such as the aortic or thoracic arch (130) comprises a constraining mechanism at its proximal end. A stent (4′) provided at the proximal end of the stent graft (18) includes loops of material (11) that co-operate with restraining wires (42) that extend between a central guide wire carrier (24) and a restraining wire cannula (8). The constraining mechanism acts to maintain the proximal stent (4′) constrained at three points around its circumference at both the proximal and distal ends of the proximal stent (4′). The proximal stent (4′) is thus allowed to expand after expansion of the remainder of the stent graft (18) during deployment. In an embodiment, the constraining mechanism acts to constrain two adjacent struts of the proximal stent (4′) at three points radially therearound, at the proximal end of the stent (4′) and at the distal end of the stent (4′). The proximal stent (4′) may then overlap with the interior of an adjacent stent at an inner part (31) of a curved vessel.

The invention discloses a SERS sensor of a sandwich structure for detecting tyrosinase, and a preparation and detection method thereof. The SERS sensor utilizes the specific recognition principle of the tyrosinase antigen antibody, and a solid phase antibody-to-be-detected antigen-labelled antibody sandwich structure is formed through the combination of the solid-phase antibody on a substrate andthe labelled antibody with the antigen through the adsorption of the magnetic substrate and the enhancement effect of the surface-enhanced Raman probe, the content of the tyrosinase is analyzed by recognizing a labelled molecular SERS signal, and then a surface-enhanced Raman analysis method for detecting the tyrosinase is established. The detection method disclosed by the invention has the advantages of being quick, sensitive, simple and less in sample consumption. Furthermore, the sensor for detecting the tyrosinase has good linearity, the detection limit is low, and can reach 1ng/mL. And meanwhile, the adding standard recovery rate of the tyrosinase in the human serum sample is in the range of 96.0%-136.0%. Therefore, the SERS sensor is expected to be an effective method for clinicallydetecting tyrosinase.

An agricultural machine for cutting standing products comprising a carrier vehicle to which there are connected at least one frontal working unit positioned, during work and when viewed in a direction of forward travel of the carrier vehicle, forward of said carrier vehicle, and at least two lateral working units positioned, during work, on each side of a working area of said frontal working unit(s) and situated behind said frontal working unit(s) and being connected to carrier arms which are articulated to the carrier vehicle and allow said lateral working units to be moved into at least one work position situated level with the front wheels of the carrier vehicle and into a folded transport position, and the carrier vehicle comprising a driver's cab that can be moved toward the front or toward the rear of said carrier vehicle.

The invention provides a compact and bright image display device using a tilt-mirror device and a projector using the image display device. An image display device of the present invention can include a first color-ray light-source for supplying a G-ray, a second color-ray light-source for supplying a R-ray or B-ray, and a tilt-mirror device having a plurality of movable mirror elements being alternatively switchable the position thereof between a first reflection position and a second reflection position. The first color-ray light-source can be arranged so that the G-ray is reflected in a predetermined direction when the movable mirror elements are located in the first reflection position, and the G-ray is reflected in a direction when the movable mirror elements are located in the second reflection position. The second color-ray light-source can be arranged so that the R-ray or B-ray is reflected in the predetermined direction when the movable mirror elements are located in the second reflection position, while the R-ray or B-ray is reflected in a direction when the movable mirror elements are located in the first reflection position.

An Eu-doped red fluorescent powder has a chemical formula: aMo:bRE2O3:3B2O3:cEu2O3, where a=6-8, b=0-0.999, c=0.001-2.0, M is chosen from Mg, Ca, Sr and Ba, and RE is La, Y and/or Gd. It is prepared through proportioning, grinding, sintering at 900-1500 deg.C for 1-10 hr, cooling, and grinding. Its advantages are good match with 254 nm Hg line for charge migration band, high spectrum peak, and low cost.

A VCSEG-DFB laser, fully compatible with MGVI design and manufacturing methodologies, for single growth monolithic integration in multi-functional PICs is presented. It comprises a laser PIN structure, in mesa form, etched from upper emitter layer top surface through the active, presumably MQW, gain region, down to the top surface of the lower emitter. Lower electrical contacts sit adjacent the mesa disposed on the lower emitter layer with upper strip contacts disposed atop the upper emitter layer on the mesa top. An SEG is defined / etched from mesa top surface, between the upper strip contacts, through upper emitter layer down to or into the SCH layers. Vertical confinement is provided by the SCH structure and the lateral profile in the bottom portion of the mesa provides lateral confinement. The guided mode interacts with the SEG by the vertical tail penetrating the SEG and evanescent field coupling to the SEG.

The present invention relates to an image processing device, a photographing system, and an image processing method. The objective of the invention is to improve the search efficiency of finding a superimposed image in a celestial image in which a superimposed planar image is displayed for a user. The image processing device according to the present invention includes a receiving unit (52) for receiving a start instruction for representing starting to superimpose a second image that has been determined with respect to an overlapping position of the first image on the first image and being displayed on the display device; and a display control unit (56) for allowing the predetermined area and the display area of the display device to keep consistent when an image in which a predetermined area in the first image in the second image state is superimposed is displayed on the display device, that is a predetermined area image. The display control unit (56) displays the predetermined area image on the display area of the display device when the receiving unit receives the start instruction so as to allow the second image to be included in the predetermined area image.

A height-adjustable support (10) for semi-trailers or similar, comprising a locally fixed external support tube (13), an internal support tube (14), which is fixed to a nut (18) on a spindle (17), the spindle being driven by a change-over gear and a bevel gear assembly. The change-over gear has two gear wheel stages which can be alternately activated, a separate gear stage comprising bevel gear toothing being provided for the distribution of forces after each gear wheel stage.

A sorting device including successive load carrying platforms having a front edge and a rear edge for supporting products to be sorted on a supporting surface, a conveying mechanism conveying the load carrying platforms in a conveying direction along a conveying path, a sorting mechanism including plural pusher elements pushing a product to be sorted sideways off at least one supporting surface at a desired sorting location. The pusher elements each extend above at least one load carrying platform and are arranged for being jointly conveyed with the at least one load carrying platform in the conveying direction. A drive mechanism moves the at least one pusher element sideways at the desired sorting location. An arcuate shape of a front edge of a load carrying platform, as seen in top plan view, abuts an arcuate shape of a rear edge of a next load carrying platform.

The invention relates to a preparation method of ultrafine needle-like wollastonite modified spherical silicon dioxide composite powder, wherein the method comprises the steps: treating high-quality needle-like wollastonite raw ore and quartzite raw ore to obtain needle-like wollastonite powder and spherical quartzite powder; adding a composite dispersing agent into the needle-like wollastonite powder and the spherical quartzite powder to prepare wollastonite powder slurry and quartzite powder slurry; and making the two slurries into a composite slurry, drying, depolymerizing and scattering, and carrying out surface modification by a composite modifier to obtain the special ultrafine needle-like wollastonite modified spherical silicon dioxide composite powder for an epoxy pouring sealant.The needle-like wollastonite powder and spherical silicon dioxide are subjected to superfine wet grinding, and then slurry compounding is carried out, so the problems of poor dispersity, low bonding strength, low adhesive strength and the like caused by single use of one kind of powder in the epoxy pouring sealant are avoided, the needle-like wollastonite powder and the spherical silicon dioxide are interspersed and accumulated in the pouring sealant, the dispersity and the suspension property of the powder are improved, the pouring sealant is compact in pouring, and the heat-conducting property of the sealant is improved.

The invention relates to a circulating box and an angle fixing connecting piece for packing goods. The housing comprises six box plates such as a bottom plate, four side plates of periphery and an upper cover plate. The adjacent box plates are mutually perpendicular and the edge part of one box plate is overlaid and contacted with the end face of the other box plate. An angle fixing connecting piece is covered on the corner angles of the housing, and the angle fixing connecting piece is provided with two or three mutually connecting and mutually vertically extending connection plates. A plurality of connecting holes are arranged at the extending terminal of the connection plate to the plated surface and the corresponding box plate position. A nut with a claw is inserted in the internal end of the connecting hole of the box plate, and the screw of the bolt or the screw passes through the connecting hole of the angle fixing connecting piece and is matching-connected with the inner screw thread of the nut. The circulating box and the angle fixing connecting piece for packing goods has the advantages that the connecting structure is even and orderly, the nut, connection plate and the box plate are contacted in large area, so that the box plate and the connecting hole can not be destroyed, and the circulating box of high strength is formed, the box plate of convenient disassembly can be overlapped together conveniently, and the recovery volume and the turnover cost are reduced greatly.

Methods and apparatuses for patterning workpieces are provided. The methods and apparatuses described herein improve overlay between subsequently patterned layers on a workpiece by introducing an improved alignment method that compensates for workpiece distortions.

The invention discloses a cutting and folding device for fiber or plastic products. The cutting and folding device for the fiber or plastic products comprises a cutter, a rotating cutter wheel, at least one differential wheel, a first folding wheel and a second folding wheel. The cutter and the rotating cutter wheel are used for cutting the fiber products passing between the cutter and the rotating cutter wheel so as to form fiber products with flat cut edges. The differential wheels can enable the adjacent fiber products to be partially overlapped, and then the first folding wheel and the second folding wheel are used for folding the partially overlapped fiber products to form multi-folded fiber products. By the aid of application of the cutting and folding device, orderliness of stacked fiber or plastic products can be improved.

The invention relates to a live wire monitoring and early warning system and method based on multiple laser radars, and the system comprises a plurality of laser radars disposed on different surfaces of a bucket arm vehicle, and the plurality of laser radars are respectively connected with a plurality of data processing platforms. The plurality of laser radars are not intervisible, and each laser radar senses information in one direction; the data processing platform collects laser radar information, carries out multi-laser radar point cloud fusion according to the calibrated spatial position relation, and reduces the collected point cloud to a coordinate system with the center point of the bucket arm vehicle as the original point; the multiple laser radars calculate conversion parameters through external parameter calibration, and space synchronization of the multiple laser radars is achieved. According to the invention, in the live working environment of the 10 kv power transmission line, the live working safety distance of a worker can be measured and early warned, the safety condition of the working environment can be monitored, and the working environment can be visually monitored, so that the real-time management and control of a working site and the safety protection of the worker can be realized, and the safety level of live working can be improved.