149 results about "Rounded Rectangle" patented technology

Wearable devices are provided. The wearable device may include a body enclosed by: a front shaped as a rounded square or a rounded rectangle; a back opposite to the front; and an upper side, a lower side, a left side and a right side, which couple the front and back and are between the front and back. The wearable device may also includes: an upper band coupled to the upper side; a lower band coupled to the lower side; a display placed on the front of the body; a camera module disposed on the upper side; and a key disposed on the lower side, the key being operated by being pressed.

A thermoelectric device that realizes miniaturization and densification, an optical module incorporating the thermoelectric device, and their production method. N-type thermoelectric elements 51 and p-type thermoelectric elements 52 are arranged orthogonally and alternately, on the XY-plane, in a matrix consisting of at least four elements in total in a row and at least four elements in total in a column. All the thermoelectric elements 51 and 52 have a size of at most 250 mum in the X and Y directions. At most four thermoelectric elements nearest to an n-type thermoelectric element 51 are of p type, and at most four thermoelectric elements nearest to a p-type thermoelectric element 52 are of n type. The thermoelectric elements 51 and 52 are bonded through metallic bonding materials to electrodes 53 having the shape of a rectangle or a rounded rectangle formed on an insulating substrate 54.

A generalized Hough transform is used to acquire and track vehicular targets for missile guidance. This is accomplished by recognizing that most vehicles have silhouettes that may be described as a “rounded rectangle”. The position and shape of such rounded rectangles is described in terms of 5 parameters (xc, yc, a, b, θ) where xc, yc are the center coordinates, a,b are the major and minor axis and Θ is the orientation. The computation of a five dimensional Hough transform on an image including such a target will produce the five parameters that provide the “best fit” rounded rectangle to the target. These parameters are then passed to a missile tracker. This capability can be used to improve track gate handoff from the automatic target recognizer (ATR) to the missile tracker, changing aspect ratios of maneuvering targets, limited lock-on after launch (LOAL), aimpoint designation and fire control system to missile seeker handover.

The invention provides an automatic paint spraying device for a bearing. The automatic paint spraying device for the bearing comprises a rounded rectangle roller way conveying line, a feeding area, a sprinkling device, a blow-drying device, a robot paint spraying device, a drying device and a discharging area. The automatic paint spraying device for the bearing has the advantages that the structure is simple, and the design is ingenious; labor resources are greatly saved through cooperative work of three steering arms, a steering mechanism, a stepping motor and a speed reducer, intelligent paint spraying can be conducted, and paint spraying is uniform; paint can be sprayed at multiple angles; the bearing is conveyed to the rounded rectangle roller way conveying line through a bearing lifter, through a series work of feeding, water sprinkling, blow-drying, paint spraying and drying, the surface of the bearing is quite smooth and clean, and the paint spraying effect is quite good.

The invention discloses an oiling robot visual guidance method based on images. The method comprises the steps that based on the extracted automobile rounded rectangle fuel tank cap virtual corner features, through analysis of a pin-hole imaging model, a quantitative mapping relation model between tail end camera posture change and image space feature point change is built; the basic concept of animage Jacobian matrix and an image Jacobian specific expression form based on the model are disclosed, and a linear controller is arranged to conduct oiling task visual guidance simulated analysis based on the condition that camera calibration parameters exist; online estimation is conducted on an image Jacobian matrix in an uncalibrated visual guidance task through a kalman filtering algorithm;and an uncalibrated visual guidance oiling positioning system based on kalman filtering estimation is built. According to the method, simulated analysis is conducted on uncalibrated visual guidance oiling positioning under the MATLAB environment, and the effectiveness of the method for achieving the oiling task is verified. The simulation result positioning speed is 10 s or so, the speed of a robot does not exceed the safety speed, and the spatial path is approximately the best.

The invention relates to an automation garlic bolt reaper which comprises a rack, a bolting component, a rounded rectangle guide rail, a cutting component, a deposit box, a scraping integration component, a power device and a plurality of transmission units. When the automation garlic bolt reaper is impulsed to advance, the cutting component cuts the garlic husk wrapping the garlic bolt; the scraping integration component at the lower part of the automation garlic bolt reaper extrudes and breaks the bottom of the garlic bolt; and bolting component at the top of the automation garlic bolt reaper extracts the garlic bolt and sends the garlic bolt into the deposit box. According to the invention, the automation for reaping the garlic bolt can be realized, the volume is small, the automation garlic bolt reaper is suitable for operating in various terrains, the time is saved, manpower is saved, the structure is simple and compact, and the automation for reaping the garlic bolt is convenient to operate.

The invention provides a resin insulation dry type transformer with a three-dimensional reel iron core. The dry type transformer comprises a transformer body, the transformer body comprises a three-dimensional reel iron core, the three-dimensional reel iron core comprises single frames of a rounded rectangle structure, the three single frames are arrayed and spliced into a three-dimensional equilateral triangle body, the splicing portion of every two adjacent single frames is wound and connected through a coil to form three windings, and each winding is cured and formed by integrally pouring a curing agent; the upper end and the lower end of the three-dimensional reel iron core are clamped by an upper clamping part and a lower clamping part respectively, the three-dimensional reel iron core is fixed to a transformer base, an upper blowing cooling fan is arranged in the lower clamping part, the upper surface of the lower clamping part is hollow, and an air port of the upper blowing cooling fan faces upward and blows air in the axis direction of the windings. According to the resin insulation dry type transformer with the three-dimensional reel iron core, the upper blowing fan is located below the windings and blows air from the underneath of the windings in the axis direction of the windings to cool the windings in a forced mode, so that heat dissipation of the transformer is uniform, the phenomenon of nest wind is prevented, and the service life of the transformer is prolonged.

The invention discloses an adjustable hot mineral smashing mechanism based on real-time analysis. The adjustable hot mineral smashing mechanism comprises a smashing machine body. A smashing roll shaft is arranged in the smashing machine body. A rounded rectangle structure is adopted for the radical section of the smashing roll shaft. Each side end face is provided with two sets of smashing end teeth. Each set of smashing end teeth comprise an arrangement end body, wherein a plurality of smashing end teeth are arranged on the arrangement end body. In the mashing roll shaft, an adjustment groove body is arranged at the corresponding position of each set of smashing end teeth, and the side end of each arrangement end body is correspondingly connected with a drive pneumatic cylinder. A pressure detection device is arranged on each smashing end tooth. By means of the adjustable hot mineral smashing mechanism based on real-time analysis, real-time detection can be conducted on the machining size of mineral in the smashing machine body, the distance between every two adjacent smashing end teeth in the smashing roll shaft is adjusted in real time according to the detection result within the unit time, and therefore the machining precision of the mineral can be remarkably improved.

The invention discloses a flat heat pipe with a fiber bundle capillary core and a preparation method thereof, which comprises a metal tube with a rounded rectangular cross section and a fiber bundle capillary core fixed inside the metal tube; both ends of the metal tube are sealed, and the inside is filled with a working liquid ; The metal tube with a rounded rectangular cross-section is molded from a circular metal tube. The fiber bundle capillary core is in close contact with the inner wall of the metal tube. The fiber bundle capillary core is twisted and interwoven with multiple copper fibers. , showing a "twist-like" structure. In this flat heat pipe, the "twisted" fiber bundle capillary core is placed in a circular metal tube, and then it is flattened by a flattening die, and the fiber bundle capillary core is pressed and fixed in the middle of the inner wall of the metal tube. The supporting function of the core prevents the surface of the flattened circular metal tube from collapsing during the flattening process, which saves the sintering process and greatly increases the production efficiency.

A medical dressing with a sodium carboxymethylcellulose / polylactic acid sponge protection layer is provided with elastic webbing serving as base cloth (1), the base cloth is rectangular or is in a rounded rectangle shape, the inner face of the base cloth is coated with a mucilage glue layer (2), the protection layer (3) is stuck on the mucilage glue layer in the middle of the base cloth and is made of a sodium carboxymethylcellulose / polylactic acid sponge, the thickness of the protection layer is 1-2 mm, the protection layer is covered with separating paper (4), and the outer edge of the separating paper is fixed to the corresponding exposed part of the periphery of the base cloth. The medical dressing with the sodium carboxymethylcellulose / polylactic acid sponge protection layer is characterized in that a medical TPU film fixed on the outer side of the base cloth in a hot pressing mode serves as a reinforcing rib layer (5), the reinforcing rib layer is composed of X-type reinforcing ribs (5.1, 5.2, 5.3 and 5.4) and a boundary reinforcing rib (5.5), the boundary reinforcing rib (5.5) and the two long sides of the base cloth are crossed at the boundary points (5.51 and 5.52), the X-type reinforcing ribs are connected with the boundary points and the four corners of the base cloth to form two X types, the width of the reinforcing ribs is 5-10% of the width of the base cloth, and the thickness of the reinforcing rib layer is 0.1-0.5 mm.

The invention discloses a resin insulation dry type transformer with a three-dimensional roll iron core. The resin insulation dry type transformer comprises a transformer base, an upper clamping part, a lower clamping part and a three-dimensional roll iron core, wherein the upper clamping part and the lower clamping part are correspondingly arranged on the transformer base up and down, and the three-dimensional roll iron core is clamped between the upper clamping part and the lower clamping part; the three-dimensional roll iron core comprises three single frames, the middle parts of the single frames are hollowed out, and the single frames are of rounded rectangle structures in shape; the three single frames are arranged and spliced together in an equilateral triangle shape three-dimensionally; each single frame is formed by continuously winding a plurality of silicon steel trapezoid material straps in sequence; a coil is wound at the joint of every two single frames respectively; each coil is integrally poured by a curing agent and is formed through heating curing; and the exterior of each coil is encapsulated by epoxy resin respectively. The resin insulation dry type transformer is provided with the three-dimensional roll iron core, and has the characteristics of energy conservation and material saving, low no-load loss, low no-load current, low noise, good electrical performance, low partial discharge value, high lightning impulse resistance, high short-circuit resistance and high mechanical strength.

A flange joining structure comprises flanges of a cylinder head of an internal combustion engine and a turbine housing joined through a gasket. The flange of cylinder head has, in an end face thereof, end parts of a first collecting exhaust pipe and a second collecting exhaust pipe; the flange of turbine housing has, in an end face thereof, end parts of a first pre-merge exhaust pipe and a second pre-merge exhaust pipe corresponding to the end parts of the first collecting exhaust pipe and the second collecting exhaust pipe; and the gasket has, on a face on the cylinder head side, a bead formed into an edge-rounded rectangle having a straight part shorter than the radius of curvature thereof, and surrounding the end parts of the first collecting exhaust pipe and the second collecting exhaust pipe.

The embodiment of the invention provides a method for dynamically displaying a rounded rectangle on a Web page and a Web server. The method comprises the following steps: a server receives a request for accessing the Web page sent by a user terminal; for the rounded rectangle region in the page, a preset rounded rectangle component draws the rounded rectangle according to an attribute value designated for the rounded rectangle component in the page, and transmits the rounded rectangle to the server; the server sends the information containing the rounded rectangle to the user terminal; and the user terminal displays the rounded rectangle on a browser. According to the embodiment of the invention, the rounded rectangle component dynamically draws the rounded rectangle when a user accesses the page, and the server transmits the rounded rectangle to the terminal to display; when the display of the rounded rectangle needs adjustment, only the attribute value designated by the page for the rounded rectangle is changed to cause the rounded rectangle component to draw out a new rounded rectangle according to a new attribute value, which is convenient for maintenance.

The invention discloses a reusable control rounding setting method. The method includes the following steps that S1, a tool class of UIImage is created, a rectangular image of which a central hollow-out pattern is a rounded rectangle is drawn through the UIImage, and cached in a system folder; wherein a drawing method includes the steps that S11, a drawn context is acquired, a drawn parameter is set, the drawn parameter comprises a line width and an inward reduction width; S12, an outer rectangle is drawn, and the size of the rectangular image is set; S13, a first rounded rectangle of the inner layer is drawn, and the size, rounding position and radius size of a circular bead of the first rounded rectangle are set; S4, the drawn context is ended to obtain the rectangular image of which thecentral hollow-out pattern is the rounded rectangle; S2, the rectangular image is called to overwrite the upper layer of a target control that needs to be rounded. According to the reusable control rounding setting method, by calling the pre-drawn and pre-cached rectangular image to carry out rounding processing on the target control, the problem of interface caton and off-screen rendering with alarge number of rounded corners in the prior art is solved.

This method for continuous casting is provided with an extraction step for extracting a cast slab in a solid-liquid coexisting state from a cylindrical casting mold, a first rolling reduction step for performing rolling reduction of the cast slab in the solid-liquid coexisting state in a first rolling reduction direction perpendicular to the longitudinal direction of the cast slab after the extraction step, and a second rolling reduction step for molding the cast slab, in a completely solidified state in which the temperature of a center part thereof is higher than the temperature of a surface part thereof after the first rolling reduction step, into a rounded rectangle having rounded corner parts as viewed in cross-section perpendicular to the longitudinal direction of the cast slab, while performing rolling reduction alternately in the first rolling reduction direction and a second rolling reduction direction, the second rolling reduction direction being a rolling reduction direction orthogonal to both the first rolling reduction direction and the longitudinal direction of the cast slab.

The embodiment of the invention provides a desktop dispensing teaching method and device, belonging to the field of industrial automation. The desktop dispensing teaching method comprises the following steps: determining the product shape corresponding to the product to be taught; acquiring a teaching type matching the product shape from a plurality of preset teaching types; determining coordinates of the teaching type; acquiring dispensing process parameters corresponding to the teaching type; determining a motion trajectory of each axis according to the coordinates and the dispensing processparameters. Thus, the operator can greatly reduce the teaching time when teaching the common graphics such as rounded rectangle, runway, ellipse, helix, rectangular coating, circular coating, multi-line, continuous curve and the like, thereby effectively increasing the workload of the operator and improving the work efficiency.

The invention provides a buried gas inlet channel inner channel design method. According to the present invention, according to the area along-with-distance change law, the center line along-with-distance distribution law and the characteristic variable along-with-distance change law, the radius change law of the semi-circle from the gas inlet channel inner channel inlet to the outlet, the radius change law of the round corner part of the rounded rectangle, the height change law of the rectangle of the round corner rectangle, and the width change law of the rectangle are calculated, the gas inlet channel inner channel molding surface is obtained through scanning, the gradual transition of the cross section shape from the non-circular shape to the circular shape and the gradual change of the cross section area are sufficiently considered, and the convenience and the flexibility of the gas inlet channel inner channel design are effectively improved.

The invention discloses a sanitary paper towel. Four corners of a traditional square sanitary paper towel are removed to save paper materials, the paper plane is cut into rounded rectangle, hexagon or octagon, and the corners can be rounded; the edges of the sanitary paper towel are cut into two-side continuous arc line or sine curve, and patterns are formed at the position, close to the raised edge, of the sanitary paper towel by a printing, embossing or engraving process so as to form two-side continuous decorative laces and achieve the purpose of aesthetics; and the sanitary paper towel can be cut and stacked piece by piece and also can be connected through dashed cut marks or holes drilled at the connected edges, and the shape of the holes is rhombus, leaf shape or hexagon, so the sanitary paper towel is convenient to tear.

A clamp assembly comprising two brackets. Each bracket may include an elongated end, a curved section adjacent the elongated end, a channel formed by the curved section, and a mating surface adjacent the channel. When the mating surfaces of each bracket are in mating contact with each other, the channels of each bracket are substantially aligned with each other to form a shaft aperture. The brackets may be fitted together via a tongue and groove configuration and are coupled by way of mechanical fasteners at connection points on each bracket. Each bracket may comprise a coupling area that is configured to engage a mechanical fastener. The clamp assembly mounts to a shaft comprising a plurality of notched segments, wherein each notched segment has a cross-sectional shape that is substantially similar to the shaft aperture cross-sectional shape. The shape of the shaft aperture and the cross-sectional shape of the shaft may be a rounded rectangle, so that the mounted clamp assembly will not rotate around the shaft when rotational force is applied thereto. The plurality of notched segments may be rotated angularly relative to each other.

The invention provides a structure for increasing secondary harmonic conversion efficiency of a micro-fiber surface. The structure is a groove structure along the length direction of the tapering micro-fiber, and the groove structure is located on the waist of the tapering micro-fiber. The cross section of the groove structure takes the shape of a rectangle, V-shape, rounded rectangle and the like, and the micro-fiber is allowed to be provided with a dual-groove structure and a multi-groove structure in addition to a single-groove structure. The introduction of the groove structure can enlarge the micro-fiber surface area, and effectively enhance the optical field strength of the optical fiber surface, thereby enhancing the secondary nonlinear overlapping integration of the micro-fiber surface, and improving the conversion efficiency of the secondary harmonic conversion efficiency on the micro-fiber surface.

The invention provides an improved flexible circuit board of a mobile phone display screen. The improved flexible circuit board comprises a flexible substrate and a bent area, a crack area is arranged in the part, without wiring, in the bent area and is a rounded rectangle area, delimited by scribed lines, in the bent area, the crack area is not hollow, a plurality of cracks are formed in the rounded rectangle, and the arc portions, connected with the flexible substrate, on the two sides of the bent area are coated with polyaurylamide layers respectively. The improved flexible circuit board is simple and practical, as the crack area is arranged, a hollow area is abandoned, and repeated plug is allowed; in addition, as polyaurylamide layer coating is used instead of reinforcing ribs, production of the flexible circuit board is greatly facilitated.

The invention discloses a rounded-rectangle-shaped suction foundation and steel sheet pile combined breakwater structure. The structure is formed by connecting a plurality of single set structures. Each single set structure is composed of an upper portion and a lower portion, wherein the lower portion is composed of a rounded-rectangle-shaped thin-wall foundation, internal parting walls and coverplates, the cover plates are arranged on the upper surface of the rounded-rectangle-shaped thin-wall foundation, a ventilating water valve is arranged on the cover plate corresponding to each partingcabin, a single set or a plurality of sets of steel insert grooves are pre-buried in the outer wall of the rounded-rectangle-shaped thin-wall foundation, and steel sheet piles are arranged in the steel insert grooves; and the upper portion is composed of an inner cup opening ring beam, an outer cup opening ring beam and a wave retaining cylinder, the inner cup opening ring beam and the outer cup opening ring beam are fixed to the upper surface of a rectangle in the middle, the bottom ring of the wave retaining cylinder is fixed into a ring shape between the inner cup opening ring beam and theouter cup opening ring beam, and lap-joint lugs are arranged on the wave retaining cylinder. The single set structures which are arranged adjacently are connected through the adjacent steel sheet piles. The rounded-rectangle-shaped suction foundation and steel sheet pile combined breakwater structure has the advantages that recycling is achieved, no foundation needs to be excavated, and accordingly, the environment is protected.

The invention relates to an automatic vending machine, and in particular relates to a goods supplying device for a goods shelf of an automatic vending machine. The device is characterized by comprising a guide rail, a goods pushing plate and a slide block, wherein the guide rail is a rectangular cylinder; the cross section of the central cavity of the guide rail is a rounded rectangle; the sliding block is slidably arranged in the central cavity of the guide rail and is in close fit with the central cavity of the guide rail; the goods pushing plate is slidably arranged on the upper surface ofthe guide rail; the center of the bottom of the goods pushing plate is provided with a first high-magnetism magnetic steel; the center of the upper part of the sliding block is provided with a secondhigh-magnetism magnetic steel; and two ends of the guide rail are respectively provided with blocks, and each block is provided with a small hole. According to the invention, the goods supplying process is finished by the match of the vacuumization of an enclosed empty cavity and the magnetism of the magnetic steels, the stereotype in the industry is broken, and a novel structure is disclosed; and compared with the prior art, through the device provided by the invention, the using amount of motors is reduced greatly, the transmission structure is simplified, the traditional complicated framework is changed, and the production cost is lowered.

The invention provides a buffer strip dispensing process for assembling a liquid crystal television and the liquid crystal television. The process includes the steps that a dispenser is adopted to conduct dispensing on a frame body and spread glue on the periphery of the frame body to form a sealed rounded rectangle; the dispensed and coated frame body is solidified through a solidifying device, and the solidifying time ranges from 4s to 10s; the solidified frame body and components to be assembled are assembled. By means of the buffer strip dispensing process, the assembly efficiency is improved greatly, the product yield is increased greatly, the manual cost is lowered, and the problem that the occupied space is large by means of a liquid crystal glass side edge silica gel dispensing process is further avoided; furthermore, a product assembled through the buffer strip dispensing process has excellent reworkable performance, assembled liquid crystal glass and adhesive tape have the friction function without bonding, and thus the glass fragmentation phenomenon of the liquid crystal glass side edge silica gel dispensing process is avoided.

The invention discloses a vertical bow and front edge drainage combined damping structure used for a low speed full formed ship of which the ship speed is lower than 12 knots and a block coefficient (CB) is larger than 0.8. The structure comprises a ship body, a vertical bow is arranged at the head position of the ship body, the front end of the vertical bow is provided with a round hole, a rounded rectangle hole is formed in the tail of the ship body, the round hole and the rounded rectangle hole are communicated from front to back and are in smooth transition in the ship body to form a runner through which fluid passes. The invention innovatively puts forwards a concept of the vertical bow instead of a bulbous bow; further, a vertical bow technology and a front edge drainage technology are combined to effectively reduce wave-making resistance, and further reduce viscosity pressure resistance in a greater degree, and total resistance of the whole ship is reduced by more than 3%.

The invention provides a multi-element Gerber file analysis and drawing method for improving drawing precision.Aiming at the single problem of Gerber file element analysis and drawing by domestic software at present, the data information of Gerber file is analyzed, and the data is analyzed, extracted and sorted by regular expression, and the analytical drawing of ellipse, arc, sector, regular polygon and rounded rectangle is realized. As you save the Gerber file data, for the data analyzed and sorted out, the storage structure is optimized, the structure and dynamic array are used to solve theproblem of data storage, and the complex data structure such as linked list is abandoned, which ensures the complete extraction and preservation of Gerber file information, and improves the flexibility of image data processing and analysis. Aiming at the problem of data loss after Gerber file data coordinates are converted into pixel coordinates, a solution is proposed to improve the image rendering accuracy.

The invention discloses an intelligent cooking bench cabinet integrating multiple functions. The intelligent cooking bench cabinet comprises a cabinet body, a rounded rectangle sink opening is formed in the table top of the upper end of the cabinet body, the periphery, located on the sink opening, of the lower end of the table top is connected with a sink body, and a faucet is installed at the position, located at the rear side of the sink opening, of the table top; the sink body comprises an upper sink body and a lower sink body which are connected vertically, the upper sink body is of a rounded rectangle tubular structure which is through vertically, a rounded face is formed at the lower end of the inner wall of the upper sink body, all the wall faces of the inner periphery of the lower sink body are vertical wall faces, and the length and width of the inner side of the lower sink body are larger than the length and width of the inner side of the upper basin body respectively; an electric push rod is installed on a push rod supporting base in the middle of the upper end of the bottom face of the lower sink body, a lifting plate is fixedly connected with an output rod of the electric push rod, and the periphery of the lifting plate is connected with a seal ring. The lifting plate can be raised to be flush with the table top and becomes one part of the table top, the lifting plate can fall to expose the sink to form a water storage tank or directly drain water, and the intelligent cooking bench cabinet is multifunctional.