40results about How to "Variable width" patented technology

A wind blade spar cap for strengthening a wind blade including an integral, unitary three-dimensional woven material having a first end and a second end, corresponding to a root end of the blade and a tip end of the blade, wherein the material tapers in width from the first to the second end while maintaining a constant thickness and decreasing weight therebetween, the cap being capable of being affixed to the blade for providing increased strength with controlled variation in weight from the root end to the tip end based upon the tapered width of the material thereof. The present inventions also include the method of making the wind blade spar cap and a wind blade including the wind blade spar cap.

A laser processing system includes a first positioning system for imparting first relative movement of a beam path along a beam trajectory with respect to a workpiece, a processor for determining a second relative movement of the beam path along a plurality of dither rows, a second positioning system for imparting the second relative movement, and a laser source for emitting laser beam pulses. The system may compensate for changes in processing velocity to maintain dither rows at a predetermined angle. For example, the dither rows may remain perpendicular to the beam trajectory regardless of processing velocity. The processing velocity may be adjusted to process for an integral number of dither rows to complete a trench. A number of dither points in each row may be selected based on a width of the trench. Fluence may be normalized by adjusting for changes to processing velocity and trench width.

This invention is directed to patients who need vertical support in the cleavage area due to symmastia repair or reconstruction of the chest cleavage for breast reconstruction after mastectomy. The support garment is designed not to support the breast or nipple area of the chest. The Y support which fits the patient close to the neck and between the breasts is attached to a full back panel using self adjusting velcro closures. This unique design creates a force much like a bow to provide constant pressure from front to back on the cleavage area only to allow scar tissue to form during the healing process. The cross link high density foam insert maintains even pressure during healing and does not lose its resiliency or permit permanent deformation.

A method for filling a plurality of microdepressions in a major surface of a web with finely divided powder in which the web is fed continuously to and through a powder filling stage including a driven roller. At the powder filling stage, the powder, which is fed either onto the web upstream of the roller or to the roller of the powder filling stage, is filled into the microdepressions of the web using the driven roller, wherein said roller is rotating about an axis generally transverse to the direction of web, while the surface speed of the roller and the web speed are different and wherein the roller and web are positioned relative to one another, such that between the upper surface of the web and the outer surface of the roller there is a gap. A method of manufacturing an elongate carrier with microdepressions containing finely divided powder comprising steps filling a plurality of microdepressions in a major surface of a web as described, removing from upper surface of the web excess powder not filled within the microdepressions and remaining on areas of the surface between the depressions, and optionally slitting and / or cutting the web in width and / or length.

The invention discloses a reliable image data transmission method based on a CAN bus. The method is based on a CAN expansion frame format and conducts dynamic secondary division based on row data, sequence matching, consistency checkout, error handling and the like on the image data blocks transmitted on the CAN bus so that transmission reliability can be improved, and data integrity can be guaranteed. By means of the method, the image data with the transmission height being 65536 pixels and the width being 65536 pixels can be transmitted at most, and great help is provided for expanding application of the CAN bus.

A trocar having a blade split into two portions, a fixed portion and a movable portion. The movable portion is attached to the fixed portion at a pivot point that allows the movable blade portion to extend beyond the width of the fixed portion or be retracted within the width of the fixed portion. The cannula may be slidably received on the blade and provide the means to retract the movable portion of the blade to within the width of the fixed portion of the blade.

A semiconductor cell includes a dielectric layer. An array of parallel metal lines is disposed in a longitudinal direction within the dielectric layer. The metal lines having line widths that are substantially equal to or greater than a predetermined minimum line width. Line spacers are disposed between the metal lines. The line spacers having line spacer widths that are substantially equal to or greater than a predetermined minimum line spacer width. The array of metal lines includes a signal line having a continuity cut disposed across its entire line width and a power line adjacent the signal line. The power line has a line width that is greater than twice the minimum line width. The power line has a notch disposed partially across its line width. The notch is aligned with the continuity cut in a direction perpendicular to the longitudinal direction of the metal lines.

The purpose of the invention is to improve accuracy of an auto choke controller without increasing a cost. When engine speed detected by an engine speed detection sensor 49 is above a set engine speed, energizing time to a PTC type heater 42 to be a heater for auto choke is made to be performed by a pulse control of a transistor 47 by a microcomputer 46, external resistance for regulating voltageto the heater for auto choke conventionally used can be unnecessitated. When the auto choke is applied to an engine of a different characteristics, the application can be easily coped by changing an on-pulse width in the microcomputer 46 according to the characteristics of an applied engine.

An embodiment relates to a construction machinery including a lower traveling body (200) that travels using a track. The lower traveling body includes a first side frame (210) and a second side frame(220) disposed parallel to each other and respectively equipped with the track; a center frame (250) disposed between the first side frame and the second side frame; and a driving device comprising atrack variable cylinder (350) having one side coupled to one side surface, opposing the center frame (250), of the first side frame (210), and a push rod (310) having one side slidably inserted into another side of the track variable cylinder (350) and another side passing through a side surface, opposing the center frame (250), of the second side frame (220) and coupled to the side frame inside the second frame.

A link-lever structured laser coaxial powder-feeding nozzle with an adjustable powder gathering point is characterized in that powder-feeding pipes are arranged outside a cladding head, the powder-feeding pipes are mounted around the cladding head through an angle adjuster that may adjust the included angles between the powder-feeding pipes and the cladding head, each powder-feeding pipe has a downward outlet that is close to a laser outlet, the angle adjuster comprises a sleeve that sleeves the cladding head, one side of the sleeve is provided with a driving device that drives the sleeve to slide up and down along the outer wall of the cladding head, a guiding device is arranged between the sleeve and the cladding head, one end of each powder-feeding pipe close to an inlet is connected to the sleeve through a link, one end of each link is hinged to the corresponding powder-feeding pipe, the other end of each link is hinged to the sleeve, one end of each powder-feeding pipe close to the outlet is hinged to the cladding head, and a central control unit is connected to the driving device. The link-lever structured laser coaxial powder-feeding nozzle with the adjustable powder gathering point allows the powder gathering point to be adjusted dynamically in real time, allows the powder gathering point to fall constantly on the surface of a part under processing, and can provide high-precision high-quality high-performance clad layer with adjustable width of a cladding path.

The invention discloses a one step forming process of carbon clip and a clip resizer adopting the method. The method is a one step clip forming technique with simple process, high forming quality andhigh forming speed. The invention forms a clip at one step by lowering a plurality of clip forming cutters in the clip resizer on a sheet-forming machine. The method includes the following steps: thefirst step: the feed wheels of a sheet-forming machine deliver the blanks of carbon strips to perforating dies; the second step: the perforating dies punch the blanks, thus producing a plurality of holes simultaneously; the third step: the feed wheels continue to deliver the blanks, wherein, the blanks with holes punched by the perforating dies are delivered into the clip resizer to process the blanks with holes into formed clips at one step. The one step forming process of carbon clip provided by the invention is characterized by simple process, high forming quality and rapid forming speed, and the inside diameter of the formed clips and the thickness and the width of the plank stuff are changeable. The invention plays a good role in improving the highly efficient mass production of comparable products.

An plumbing pipe locator and support is provided for fixing plumbing pipes in position relative to studs in a building. The pipe locator and support comprises an elongated supporting strap having upper and lower sides extending along opposing sides of a longitudinal axis. A first plurality of longitudinally aligned, larger pipe openings are interspersed with a second plurality of smaller, aligned fastener openings that extend into ends of the strap. The upper and lower sides undulate to provide a substantially uniform width between first holes and the adjacent sides and the second holes and the adjacent sides. This undulating surface can provide a strap using less material, with reduced manufacturing time, and a strap that can bend without forming creases or stress fractures.