31 results about "Skin segment" patented technology

The present invention generally provides methods and devices that allow more efficient delivery of a stimulus, such as optical radiation, to the skin. In many embodiments, negative and/or positive pressure is applied to one or more skin regions in order to maintain a skin target under tension so as to redistribute blood volume between the skin target and other skin segments. In many cases, such tension can cause a depletion of the volumetric blood content in the skin target (that is, in the blood vessels beneath a surface of the skin target), thereby facilitating delivery of radiation to the skin target.

A method for excising skin is disclosed, in which a plurality of incisions are made to collectively form a patch of skin to be reduced, instead of making a single large incision of the patch. Thus, scarring after healing is less noticeable. Preferably, the incisions are arranged such that a total area of all incised skin segments taken in a direction perpendicular to an axis of said patch changes gradually along said axis. The incisions are preferably navicular in shape, and the patch axial ends are are preferably navicular in shape in the event an elongated incision is made. A punch array is also disclosed for making the incisions simultaneously and precisely.

An apparatus for personal skin treatment includes an RF generator and an applicator with at least a pair of electrodes mounted on the distal end of the applicator. The electrodes are configured for applying an RF voltage to a subject skin. The RF voltage generator supplies the electrodes with the RF voltage. The applicator includes a source of illumination illuminating the treated skin segment.

Provided is an apparatus for cosmetic RF skin treatment where the RF energy supplied to the treated skin segment varies in course of the RF energy application period as a function of treated skin segment condition.

An apparatus for personal aesthetic skin treatment by RF voltage. The apparatus includes an RF voltage supply and a disposable patch with an assembly of individual electrodes operative to contact segments of the skin and deliver to each contact RF voltage. The RF voltage may be supplied to each of the electrodes according to a predetermined experimentally established skin treatment protocol. The treatment RF current generated by the applied RF voltage heats the skin and is applied intermittently to different electrodes being in contact with the skin in an order and duration sufficient to cause the desired skin effect and enable proper cooling of earlier treated skin segments. The selected protocol ensures safe non-ablative skin treatment parameters.

A method of forming an aircraft nacelle nose lip segment. The method includes bending a sheet of metal into a substantially U-shaped workpiece having a spanwise axis, opposed first and second ends, and opposed first and second edges. The method further includes placing the workpiece over a substantially flexible first mandrel, stretching the workpiece in a spanwise direction between the first and second ends, and wrapping the workpiece and first mandrel together about a curved die while stretching the workpiece. The workpiece is thereby plastically deformed to have a first shape. The method may further include removing the workpiece from the first mandrel, and placing the workpiece over a substantially rigid second mandrel that substantially corresponds in shape to the first shape of the workpiece. The workpiece is stretched over the second mandrel in a chordwise direction that is substantially transverse to the spanwise axis of the workpiece, thereby further plastically deforming the workpiece.

A glabrous leaf paper mulberry white skin pulping method is to immerse glabrous leaf paper mulberry white skin segments (30-50mm) into water for 30 to 60 minutes under the condition of a liquid ratio of 1:6 to 8 and temperature of 60 DEG C. Untwining the glabrous leaf paper mulberry white skin segments into a fiber bundle, then adding cold water according to a liquid ratio of 1:15 to 25 and leading the temperature to descend to 28 to 30 DEG C. Then a fiber bundle is sent to a reaction bin, accessed to anaerobic bacillus (inoculation amount is 3 percent) and reacted for 42 to 48 hours under the temperature of 28 to 32 DEG C. The biodegradation reaction is stopped when reaching a fiber liberation point, after treatment, the subsequent bleaching operation is carried on. Adding nutrient salt into the reaction materials 24 hours later after inoculation (urea 1.5 percent, K₂HPO₄H₂O 1 percent). The invention overcomes defects of large consumption of chemicals, high temperature and high pressure and high pollution load existing in pulping technology by chemical method in the prior art; also, the invention overcomes defects that in the prior art long treatment cycle is needed caused by using biotechnology on raw material treatment, and low hardness and fiber liberation point can not be realized.

The present invention provides a fuselage structure (1; 1′) of an aircraft comprising an annular skin segment (2; 2′) which has a cross-sectional opening (3; 3′), a pressure cap (4; 4′) for a pressure-tight closure of the cross-sectional opening (3; 3′), and a plurality of tension struts (7, 8, 9; 7′, 8′, 9′) which in each case connect the pressure cap (4; 4′) to the annular skin segment (2; 2′) and absorb loads acting on the pressure cap (4; 4′), as tensile loads. This advantageously means that the tension struts (7, 8, 9; 7′, 8′, 9′) do not have to absorb substantially any bending moments. Consequently, the tension struts can be produced with a relatively small cross section, which entails a reduction in weight. Furthermore, it is possible to produce and mount tension struts (7, 8, 9; 7′, 8′, 9′) of this type in a simple manner.

Disclosed is a method for producing a fuselage of an aircraft, wherein several fuselage sections that are arranged one behind another are joined together, comprises the following steps:

• • a) production of an outer skin segment, the outer skin segment having on the underside a continuous longitudinal opening,
  • b) widening the outer skin segment in order to introduce at least one floor frame,
  • c) joining the outer skin segments to a rigid fuselage section which is already present, with the formation of a partial transverse seam,
  • d) positioning a prefabricated lower shell in the longitudinal opening, in order to close the outer skin segment on the peripheral side,
  • e) completing the partial transverse seam to form a transverse seam and joining the lower shell together with the outer skin segment with the formation of at least two longitudinal seams, and
  • f) joining the floor frame together with the outer skin segment.

The invention relates to a method for preparing a cold spicy squid skin can, comprising the following steps of: (1) putting squid skin into boiled water for blanching after washed and cut into segments, to obtain squid skin segments; (2) putting pickled peppers, after washed and crushed, into a pan, frying the pickled peppers with sesame oil under 120 DEG C until pungent taste is leached, and adding flavoring accessories, to obtain pickled pepper mixing material; (3) uniformly mixing the squid skin segments and the pickled pepper mixing material in a mass ratio of 2 to 1, and then canning the mixture, to obtain spicy squid skin; and (4) quick-freezing and cartonning the spicy squid skin can after vacuum-pumping and sealing the spicy squid skin can, to obtain the cold spicy squid skin can. The cold spicy squid skin prepared by the method in the invention, is spicy, delicious, crisp and tender, has elasticity, and is delicious cold food.

Various methods and apparatus are disclosed that relate to an abatement system. Some methods and apparatus relate to one or more aspects of a field erectable abatement system. The field erectable abatement system may include a plurality of prefabricated skeleton segments that may be transported to a location and field erected at the location. One or more skin segments may also optionally be provided and optionally be coupled to the skeleton segments prior to being transported to the location.

The invention relates to the technical field of aircraft structural design, in particular to an aircraft cap rotation hinge device. The devcie comprises a hinge and a hinge skin. A right hinge leaf ofthe hinge is fixed to a fuselage frame. The hinge skin is integrally formed, and two ends of the hinge skin are respectively a first skin segment and a third skin segment, and a second skin segment is between the first skin segment and the third skin segment. The first skin segment is flat and is fixed with a left hinge leaf of the hinge. The third skin segment is flat and is fixed to a cap. Thehinge device does not need an additional accessory structure and does not need to add unnecessary gaps on a structure body and the cap, and can ensure sealing property of the cap and maximization of an opening angle. Thus, a contradiction of sealing property and internal space occupation of a traditional cap connecting method is solved. The device also does not highlight a theoretical shape, and can solve a connection problem of a maintenance cap having sealing requirement with a system that is close to the structure.

The embodiment of the invention discloses a method and system thereof for television image enhancing based on skin segmenting. The method comprises the following steps of receiving an input image; classifying colors of the input image, so as to obtain a color classifying result; extracting textural features of the input image; segmenting the textural features, and outputting a segmenting result; according to the segmenting result, establishing a location model; linearly sampling the location model, until the resolution of the input image is obtained; and combining the color classifying result and the resolution of the input image to generate a skin segmenting result. According to the embodiment of the invention, by adopting one trainable color feature and the multi-size textural features, the false reporting rate of detection is reduced, the processing speed is increased, the loss is reduced, and the effect of enhancing the television image is realized.

A member with skin includes a substrate, and a skin. The substrate includes a body, and a core. The skin includes a first skin segment, and a second skin segment. The body and core make a rear side-face section, which is disposed beneath a rear face of the core, within a side face in the substrate. The member further includes a stitching allowance, which is disposed to face the rear side-face section in the substrate, between the first skin segment and the second skin segment. The first skin segment covers a front face of the body, and a front face of the core. The second skin segment covers a rear face of the body. The member further includes ornamental stitches that are disposed at a boundary between a part of the first skin segment covering the body and another part of the first skin segment covering the core.

Means (21, 31) for forming a sector of an annular part, having means (6, 8, 28, 30, 34) for securely holding at least a part of a blank plate mounted thereon. Said holding means (6, 8, 28, 30, 34) are adapted to make accessible a part of the holding blank. Punches (12, 32) are provided having the entire profile formed with the sector of the annular part from the trailing edge (1) to the leading edge (3) and/or from the leading edge (3) to the inlet edge (2) Or part of the contour shape corresponding to the outer surface contour. Said means (21, 32) have cooperating forming means (15, 44) for forming the contour of the sector of the annular part from the leading edge (3) to the inlet edge (2). The holding means (6, 8, 28, 30, 34) are adapted to form a clamping boundary surrounding an accessible portion of the blank to be formed by a punch (12, 32).