19 results about "Scratch marks" patented technology

The invention provides a gearbox defect detection method and device based on multi-scale feature extraction, and the method comprises the steps: carrying out the preprocessing of multi-source data, carrying out the feature extraction of the preprocessed multi-source data through employing a plurality of convolution kernels, and obtaining multi-scale features. And carrying out feature fusion on the multi-scale features by adopting an attention mechanism. And performing feature reconstruction on the fused features by using a feature reconstruction model to obtain reconstructed features. And calculating a reconstruction error according to the reconstructed features, and identifying gear box defect features according to the reconstruction error. The first convolution kernel is used for capturing fine scratches on the tooth surface, the second convolution kernel is used for identifying abnormal meshing of the gear, and the third convolution kernel is used for detecting whether defects such as bearing outer ring peeling and tooth surface fatigue peeling exist or not. According to the method, the operation state of the gearbox can be monitored in an all-around mode, the accurate gearbox defect recognition result is generated, the cross-working-condition detection precision is improved, process automation is achieved, the operation reliability of the gearbox is remarkably improved, and the service life of the gearbox is remarkably prolonged.

Provided is a method for masking scuff and / or scratch marks that develop over time on containers. More specifically, the method includes coating the scuff and / or scratch marks on the container with a coating composition that includes renewable and sustainable oils and surfactants, and optionally a diluting solvent. The coating composition is disposed on the outer surface of the container, thus masking or covering the scuff and / or scratch marks on the container.

This invention provides a rapid assessment method for fatigue cracks and scratches on the surface of metal components. It is a detection and analysis method for distinguishing between fatigue cracks and micro-scratches on metal surfaces, and for analyzing and predicting defect development. Its key feature is that it differentiates between fatigue cracks and micro-scratches by detecting and identifying the shape of the opening extending along the depth direction of the defect. This invention utilizes a large amount of data analysis to determine the shape of the defect opening edge, achieving clear differentiation and significantly reducing safety hazards caused by missed detections.

This aims to improve insulation while preventing the problem of scratches on the profiles. [Solution] This is a fixture constructed by attaching a panel 25 to the inside of a new frame body 20 comprising a new upper frame 21 and a new vertical frame 23. The new vertical frame 23 has a metal frame section 23A on the outside of the room and a resin frame section 23B on the inside of the room, and the resin frame section 23B has a metal upper indoor-side member 45 on the part facing the room.

This utility model discloses a self-adhesive material that reduces scratches, comprising a self-adhesive body. The self-adhesive body includes a face material layer, a first adhesive, and a first release paper. The first adhesive is disposed below the face material layer and adhered to the first release paper. A transparent film is adhered to the face material layer, and a second adhesive is disposed on both sides of the bottom of the transparent film. By using the second adhesive, this utility model can fix the transparent film, so that the transparent film can fully cover the face material layer of the self-adhesive body, effectively preventing external forces from directly contacting the self-adhesive body, thereby effectively reducing the generation of scratches, greatly improving the aesthetics of the self-adhesive body, avoiding damage to the patterns or text on the surface of the face material layer of the self-adhesive body, and the transparent film is directly adhered to the adhesive surface, making it convenient to quickly remove the transparent film if it is damaged in the future, without damaging the self-adhesive body.

This invention discloses a method for obtaining the brittle-plastic transition depth of a two-phase composite material. The method involves using a metallographic microscope to capture a microscopic image of the scratch surface morphology. The locations of the first small pit and the first large pit in the scratch are determined from this image. Then, the distances from these two locations to the scratch incision point are measured using a measuring scale. The three-dimensional morphology of the scratch groove is obtained by photographing it using a white light interferometer. Based on the distances obtained from the measuring scale, the starting point (first small pit) and the ending point (first large pit) of the brittle-plastic transition zone are determined. The cross-sectional profile curve of the scratch at these locations is then captured, and the groove depth is measured. This invention combines the microscopic morphology captured by a microscope with the three-dimensional morphology obtained by white light interferometry to accurately determine the location and depth of the brittle-plastic transition in the material. This avoids interference from defects in the two-phase composite material itself or surface impurities and dust, effectively improving the accuracy of the test results.

The invention belongs to the technical field of spaceflight part surface quality detection, and particularly discloses a spaceflight scratch / tool mark depth rapid measuring device which comprises at least one comparison test block used for conducting visual comparison with the surface of a detected metal part, and the base material of the comparison test block is the same as the metal material of the detected metal part; a plurality of standard depth defects are sequentially processed on the comparison test block along the length direction, and identifiers for indicating the depth values of the standard depth defects are also arranged on the comparison test block. According to the method, standard scratches or steps with different depths are machined in advance, the defect depth can be judged only through visual comparison under the unified illumination and observation conditions during detection, and compared with a traditional optical microscopy, laser measurement or contact pin type contourgraph method, the detection efficiency is remarkably improved; the invention further discloses a measuring method, the reliability of judgment is improved, and the method has good adaptability to scratches and tool marks of different materials, different roughness and different types.

The utility model relates to a double-face cleaning basket partition plate tool which comprises a net-shaped partition plate, and an anti-scratching assembly is installed on the surface of one side of the partition plate. A plurality of cylindrical supporting legs B are uniformly and fixedly connected to the edge of the surface of one side of the partition plate at intervals, and a plurality of supporting legs A are uniformly and fixedly connected to the edge of the surface of the other side of the partition plate at intervals; when the multiple partition plates are stacked up and down, the multiple supporting legs A on the upper partition plate can be inserted into the multiple supporting legs B on the lower partition plate respectively in every two adjacent partition plates. The cleaning device has the advantages of being simple in structure, reasonable in design, capable of achieving cleaning of various parts, small in size, convenient to clean and capable of effectively reducing the risk that the parts are scratched due to friction. In addition, the cleaning partition plates on the same face can be stacked, the supporting legs A can be sleeved with the supporting legs B, and the space utilization rate of the cleaning machine is increased.

To provide a watch component and a method for manufacturing a watch component, the watch component having a pear-skin texture processed so that scratches are less noticeable even when gripped with tweezers.SOLUTION: The present invention relates to a watch component in which a pear-skin texture is formed, the average value of RSm of the roughness profile of the surface of the pear-skin texture being at least 40 μm and 135 μm or less, and the average value of a skewness Rsk of the roughness profile being at least -3.1 and 0 or less.SELECTED DRAWING: Figure 5A

The invention discloses a scratch-resistant automotive rubber-coated PC / ABS soft skin composite material and a preparation method thereof. The scratch-resistant automotive rubber-coated PC / ABS soft skin composite material comprises the following raw materials in parts by weight: 10-30 parts of hydrogenated styrene elastomer; 10 to 30 parts of a semi-hydrogenated styrene elastomer; 20 to 50 parts of a polyurethane elastomer; 20-50 parts of a plasticizer; 2 to 20 parts of a maleic anhydride graft; 1-5 parts of a scratch resistant agent; and 0.5-5 parts of an anti-oxidation and anti-ultraviolet auxiliary agent. The scratch-resistant rubber-coated PC / ABS soft skin composite material for the vehicle is prepared by a twin-screw composite modification process, has excellent scratch resistance, small cross scratch color difference and unobvious fingernail scratch marks, and is superior to common elastomer materials in the market; according to the scratch-resistant rubber-coated PC / ABS soft skin composite material for the vehicle, the production process is double-color injection molding integral forming, compared with a traditional coating process, the production steps are greatly simplified, and the forming period is shortened to 40-80 s from original 5-20 min.

The utility model relates to medical instrument field especially relates to a special detection instrument of skin scratch symptom. Including test board etc. ; Four sliding holes are evenly opened in test board downside, four sliding holes are respectively slidably equipped with four press bars of different length, and the elastic member is connected between press bar and test board, the mounting groove is opened in the middle part of parallel plate, and the shape and size of mounting groove are adapted with the lower part of test board, the lower part of test board is equipped with strip bulge left and right sides, and the fixing groove that is adapted with strip bulge is opened in the mounting groove of parallel plate, and the lower part of test board is equipped with limit block left and right sides. The utility model discloses four press bars of different length, can exert different pressure to skin when testing, is helpful to judge skin scratch symptom inducing threshold, through the design of sliding hole, parallel plate and elastic member, can assist test board to keep vertical and not left and right tilt in the sliding process.

To improve the reproducibility of a scratch shape occurring in daily life. A scratching device (110) for forming a scratch on a spectacle lens (Ln) in order to evaluate the scratch resistance of the spectacle lens (Ln), the scratching device (110) comprising: a scratching member (220) having a rough surface; a holding unit (210) for holding the spectacle lens (Ln); and a control device (260) for moving one or both of the holding unit (210) and the scratching member (220) in a state in which the rough surface is in contact with the spectacle lens (Ln) held by the holding unit (210).

To provide a treatment device which can reliably and neatly peel off a tape stuck on an object to be stuck, without giving any fine scratches to the object to be stuck after the tape is peeled off, and which is improved in terms of the reuse of the object to be stuck. [Solution] The processing device transports a flat workpiece W that is magnetically attracted while supporting it from one side on the conveying surface of a magnetic conveyor belt, and then sequentially sprays a medium (pressurized water) onto the other side.

This invention discloses a photo restoration method, comprising the following steps: Step S1: Extracting the photo region from the image. Step S2: Extracting damaged, creased, and scratched areas from the photo region. Step S3: Repairing the damaged, creased, and scratched areas in the photo region. Step S4: Detecting the face region in the photo region. Step S5: Removing various degradations in the face region and adding facial details to the face region. The technical effects achieved by this invention are: it can restore damage, scratches, and creases in photos; the facial restoration is realistic and natural, adding facial details while preserving the portrait's identity features.

The present invention discloses a wafer (100) and a method for predicting surface scratches during wafer grinding (S100). The wafer (100) has a ground top surface (11) which can be used to identify multiple detection points (P) by morphology measurement. The top surface (11) has several annular sub-areas (112a, 112b) arranged in a range of 20% to 54% of its radius (R), wherein, for the multiple detection points (P) associated with each of the annular sub-areas (112a, 112b), the difference between the maximum and minimum values ​​is defined as the sub-area total thickness deviation value (S2a, S2b).Among the two annular sub-areas (112a, 112b) adjacent to the center (C) of the top surface (11), the sub-area total thickness deviation value (S2a) of one annular sub-area (112a), which is closer to the central area (111), is greater than the other sub-area total thickness deviation value (S2b). For any two annular sub-areas (112a, 112b), the difference between the two sub-area total thickness deviation values ​​(S2a, S2b) is less than 0.5 micrometers.

To provide a multifunctional cleaning tool using a foam such as a urethane sponge, which can remove deposits without scratching the surfaces of products such as stainless steel, glass, mirror, leather, artificial marble, plastic, ceramics, and chrome plating, and can also remove scratches and stains on the surfaces. [Solution] Multifunctional cleaner 10 is a multifunctional cleaner that uses a foam 11 to clean the surface of a product. Multifunctional cleaner 10 has a kneading part K in which diamond powder with a surface treatment function, fine ceramic as an abrasive, and acrylic latex emulsion with a binder function are kneaded into a liquid state. Multifunctional cleaner 10 is formed so that foam 11 contains, is impregnated with, or is attached to kneading part K, thereby cleaning and polishing the surface of the product. Such multifunctional cleaner 10 has the remarkable effect of removing scratches and dirt from products and leaving them shiny.

This invention belongs to the field of polypropylene material production, specifically a device for testing the scratch resistance of polypropylene materials. It includes a testing platform and a scratching blade. The testing platform is equipped with an orientation adjustment component for controlling the displacement of the scratching blade, and includes an auxiliary component for observing the scratched area. The auxiliary component for observing the scratched area includes a sponge roller, a rigid tube, and a pigment tank. The rigid tube is located above the sponge roller, and multiple nozzles aligned with the surface of the sponge roller are located at the bottom of the rigid tube. The pigment tank is fixedly connected to one side of the upper surface of the testing platform, and a pigment pump is fixedly connected to one side of the outer wall of the pigment tank. The inlet end of the pigment pump communicates with the inner cavity of the pigment tank. This invention allows pigment to be applied to the surface of a material after the scratching blade has scratched it. Because the scratches are concave, the pigment only adheres to the area outside the scratches, thus creating a clear contrast between the scratches and the rest of the material surface, making it easy for personnel to distinguish the width and depth variations of the scratches.