Abstract: The present invention provides a machine abnormality marking and abnormality prediction system connected with a factory host and including a parameter streaming unit connected with the machines, an abnormality reporting unit, a prediction analysis unit, and a neural network classifier. The parameter streaming unit and the abnormal reporting unit collect data of each machine in the factory, and the collected data are compared and analyzed with historical records by the prediction analysis unit. The generated parameter values can be continuously compared with the collected data to predict the state of each machine in the factory, and provide an early warning of possible abnormality or need of maintenance, so that the personnel in the factory can arrange production line maintenance or capacity adjustment in advance or adjust the machine of the factory production line, to avoid occasional shutdown and reduce factory losses.

Abstract: The present invention provides a virtual foreman dispatch planning system installed in a host in a factory, including: a knowledge graph unit, a matching unit and a recommendation unit. The knowledge graph unit has a first memory and a second memory which are connected with each other, and constructs and stores structural information including checking nodes, maintenance nodes and edges. The matching unit includes a neural network classifier that adopts semi-supervised learning method to retain original structural information, and downgrades the dimension of a continuous lantent space so that the continuous lantent space becomes a vector space, making nodes with more similar structures be closer in distance in the vector space. Through the K-Nearest Neighbor algorithm, the recommendation unit calculates the node of the maintenance record nearest to the vector space which is used as the dispatched manpower required for recommendation, so as to achieve the optimal dispatching effect.

Abstract: The present invention provides a machine abnormality marking and abnormality prediction system connected with a factory host and including a parameter streaming unit connected with the machines, an abnormality reporting unit, a prediction analysis unit, and a neural network classifier. The parameter streaming unit and the abnormal reporting unit collect data of each machine in the factory, and the collected data are compared and analyzed with historical records by the prediction analysis unit. The generated parameter values can be continuously compared with the collected data to predict the state of each machine in the factory, and provide an early warning of possible abnormality or need of maintenance, so that the personnel in the factory can arrange production line maintenance or capacity adjustment in advance or adjust the machine of the factory production line, to avoid occasional shutdown and reduce factory losses.

Abstract: Examples of computing devices for reducing a blue light intensity of a display device of such computing devices are described herein. In an example, a computing device may include a display device, a sensor, and a processor. The sensor may determine proximity of a user to the display device while the display device is in an ON-state. The processor may compute a time duration of the display device in the ON-state while the user is determined to be in proximity of the display device by the sensor. The processor may further reduce an intensity or illuminance of the display device based on the computed time duration.

Abstract: A cloth mask includes a body, where the body has a piece of copper ion cloth and a piece of zinc oxide antibacterial cloth, the copper ion cloth is woven by a mixture of a first yarn, a second yarn and a copper yarn, the first yarn has a hydrophobicity and a moisture permeability and can form a water-resistant surface, and has a water-repellent effect and is exposed at an inner layer of the copper ion cloth, and the second yarn has a moisture-removing property and can form an antibacterial and moisture-removing surface to be exposed together with the copper yarn on a surface of the copper ion cloth.

Abstract: A three-dimensional human body scanning device includes: a carrier module, moving around a to-be-measured person; a bracket module, installed above the carrier module, where the bracket module includes a plurality of stretchable brackets connected in an enveloping and storage manner, and other brackets are accommodated and assembled inside a sleeve; and a fixed module, installed on the sleeve, where the fixed module is used to hold the scanning device, and drives the scanning device through up-and-down stretch of the bracket module and movement of a slider element to scan a human body.

Abstract: A cloth mask includes a body, where the body has a piece of copper ion cloth and a piece of zinc oxide antibacterial cloth, the copper ion cloth is woven by a mixture of a first yarn, a second yarn and a copper yarn, the first yarn has a hydrophobicity and a moisture permeability and can form a water-resistant surface, and has a water-repellent effect and is exposed at an inner layer of the copper ion cloth, and the second yarn has a moisture-removing property and can form an antibacterial and moisture-removing surface to be exposed together with the copper yarn on a surface of the copper ion cloth.

Abstract: An antibacterial textile is directed to a textile mainly formed by mixedly weaving a first yarn, a second yarn, and a copper yarn. The first yarn is exposed in an inside layer of the textile, and a material thereof has hydrophobicity and moisture permeability, to form a water-resistant surface. The second yarn and the copper yarn are exposed in an outside layer of the textile, and a material of the second yarn has moisture draining performance, to form an antibacterial and moisture draining surface. Therefore, when apparel made of the textile is worn, a water-resistant surface in contact with skin does not get wet after absorbing sweater under slight pressure. The sweat is absorbed by a moisture draining surface on the outside layer via the water-resistant surface, and the moisture is exhausted, so that the inside layer of the apparel still maintains dry and clean.

Abstract: A three-dimensional human body scanning device includes: a carrier module, moving around a to-be-measured person; a bracket module, installed above the carrier module, where the bracket module includes a plurality of stretchable brackets connected in an enveloping and storage manner, and other brackets are accommodated and assembled inside a sleeve; and a fixed module, installed on the sleeve, where the fixed module is used to hold the scanning device, and drives the scanning device through up-and-down stretch of the bracket module and movement of a slider element to scan a human body.

Abstract: An article of footwear includes an inner contact material operable to provide an interface between the article of footwear and portions of a wearer's foot. The inner contact material defines an inner foot opening through which a foot can be received. The inner contact material extends downwardly about the foot from the inner foot opening. An outer support material at least partially circumscribes portions of the inner contact material. The outer support material defines an outer foot opening through which a foot can be received. The outer support material extends downwardly about the foot from the outer foot opening. The inner foot opening is positioned higher around a periphery of the foot than is the outer foot opening so as to expose portions of the inner contact material above the outer support material.

Abstract: The present invention discloses an adaptively de-blocking circuit and associated method. A mean is derived according to the neighboring pixels surrounding a central pixel of an image. A blending factor is determined according to a flatness of the image. An updated pixel value of the central pixel is determined by blending the original pixel value of the central pixel and the mean according to the blending factor. Finally, alternatively output the updated pixel value and the original pixel value of the central pixel in response to a block border signal.

Abstract: The present invention discloses an adaptively de-blocking circuit and associated method. A mean is derived according to the neighboring pixels surrounding a central pixel of an image. A blending factor is determined according to a flatness of the image. An updated pixel value of the central pixel is determined by blending the original pixel value of the central pixel and the mean according to the blending factor. Finally, alternatively output the updated pixel value and the original pixel value of the central pixel in response to a block border signal.

Abstract: A method and system for processing an image is provided. The method and system are used to enhance the sharpness of the image. First, an input pixel value is filtered for producing a filter value. Afterwards, an output pixel value is determined according to whether the compensation value is higher than the threshold value. If the compensation value is higher than the threshold value, the output pixel value is the input pixel value merged with the threshold value. If the compensation value is not higher than the threshold, the output pixel value is the input pixel value merged with the compensation value.

Abstract: The present invention discloses a method for image adjustment and includes the following steps. First, an image is supplied. The image includes many first sampling pixels in a high frequency area. Then, at least an interpolation algorithm is used on the image to obtain a first interpolation curve. Afterwards, the first interpolation curve in the high frequency area is modified to acquire a second interpolation curve. Then, according to the second interpolation curve, pixels are interpolated into the image.

Abstract: The present invention describes a method for image enlargement with the following steps. An image is divided into several sampling regions. A reference value of each sampling regions is determined. Then, the reference value is compared with a threshold for having a result. Finally, according to the result, at least one inserted pixel value is computed.