Abstract: A method for generating at least one interactive page template is provided. The at least one interactive page template includes at least one interactive component. The interactive component is a material which can be operated by at least one input signals of the mobile device and be presented by at least one output signals of a mobile device.

Abstract: A method for generating at least one interactive page template is provided. The at least one interactive page template includes at least one interactive component. The interactive component is a material which can be operated by at least one input signals of the mobile device and be presented by at least one output signals of a mobile device.

Abstract: The present invention discloses a feedback system. The feedback system includes an application executing module, a trigger module and a feedback interface module. The application executing module executes an application to display a plurality of display elements, wherein at least one of the display elements corresponds to at least one of a plurality of motion events provided for users to operate. The trigger module receives a first selection signal when the application executing module executes the application, wherein the first selection signal corresponds to an indicated feedback element, and the indicated feedback element is one of the display elements. The feedback interface module receives a first feedback content corresponding to the indicated feedback element and generates a first feedback message, when the trigger module receives the first selection signal, wherein the first feedback message includes the first feedback content and the first selection signal.

Abstract: A system for generating a mobile APP page template is provided with an interface module, a processing module, and a storage module. The interface module receives at least one mobile APP page. The processing module is coupled to the interface module, and retrieves page components and mobile-device sensor information for activating at least one of the page components from the mobile APP page, and classifies the page components into categories and keeps a respective usage count and at least one attribute for each of the page components. Also, the processing module generates at least one mobile APP page template according to the categories, the usage counts, the attributes, and the mobile-device sensor information of the page components. Particularly, the mobile APP page template comprises the mobile-device sensor information and at least one template component activated by the mobile-device sensor information.

Abstract: A fixing element for preventing electrostatic discharge (ESD) and an electronic device using the same are provided. The electronic device includes a substrate, an ESD shield, and a plurality of the fixing elements. The ESD shield disposed on the substrate has an assembling portion. Each of the fixing elements has a body portion, a fixing portion, and a cantilever portion. The body portion leans against the ESD shield and has a cutting opening. The fixing portion is disposed on the substrate and extends and bends from the body portion, wherein the fixing portion is perpendicular to the body portion. The cantilever portion is disposed in the cutting opening, wherein one end of the cantilever portion connects to the body portion and the other end is a free end. The cantilever portion passes through the assembling portion of the ESD shield.

Abstract: A Bluetooth earphone having a semi-automatic receiving function includes a housing, an earphone, a first flexible portion, a button, and a fastening mechanism. The housing has a receiving slot. The earphone is pivoted with the housing and received in the receiving slot that can be rotated to the outside of the housing. The first flexible portion located between the housing and the earphone provides a force to eject the earphone. The button is located on the housing and connected with the earphone. The fastening mechanism is located between the button and the housing to fasten the earphone in the receiving slot. The user presses the button to eject the earphone by utilizing the flexible force of the first flexible portion. Thereby, the earphone can be received in the housing to prevent the earphone from being broken due to the impacts of external forces.

Abstract: Systems and methods for measuring behavior characteristics. For at least one specific user, a first concern score for respective key terms is calculated according to use frequency of respective key terms of network content corresponding to the specific user and all users. A first relation matrix for at least one specific key term is calculated according to at least two users corresponding to respective interaction behaviors between the key terms and a type weighting corresponding to respective interaction behaviors. A first interaction score for the specific user regarding the specific key term is calculated according to the first relation matrix. A first characteristic score for the specific user regarding the specific key term is calculated according to the first concern score and the first interaction score.

Abstract: Advertisement selection systems and methods for internet articles are provided. A personal advertisement agent generates an article characteristic value according to an internet article edited by a content editor. An advertisement server selects at least one of the advertisements according to the article characteristic value, a specialty characteristic value, and advertisement characteristic values of respective advertisements, wherein the specialty characteristic value is generated according to historical articles published by the client. The selected advertisement is integrated and published with the internet article.

Abstract: A method for dynamic event matching. A domain model for each domain is defined. Individual requirements and preferences of a user are modeled to create a personal model. Dynamic requirements of a specific domain for the user are modeled. A dynamic event is generated. The dynamic event is obtained using an information server for format transformation to create an event model. The personal model is matched with the event model using a content-based method according to the domain model and the dynamic event. The user is informed of the matching results. The matching results are adjusted according to user feedback.

Abstract: A detachable earphone structure includes an earphone body and a transmitter detachable from the earphone body. The earphone body has an opening portion, a pair of connecting terminals installed in the opening portion and electrically connected to an internal circuit. The transmitter has a pair of contact terminals stored in the opening portion of the earphone body or detachably connected to the earphone body for electrically conducting the connecting terminal and the contact terminal through the contact of the connecting terminal with the contact terminal.

Abstract: A slidable Bluetooth earphone includes a main body having a first body with an accommodating space in which a sound transmission device is mounted, a pair of positioning pieces being oppositely protruded from both lengthwise sides of the first body, a second body being formed at a front end of the first body, a resilient arm being formed at each of opposite sides of the second body in a manner to extend backward to the positioning piece, a flange being formed on a bottom of the resilient arm, and a sliding mechanism being mounted between the first body and the second body; a pressing element, mounted on the first body; and a connector, having a main axis penetrating both sides of the first body.

Abstract: Advertisement selection systems and methods for internet articles are provided. A personal advertisement agent generates an article characteristic value according to an internet article edited by a content editor. An advertisement server selects at least one of the advertisements according to the article characteristic value, a specialty characteristic value, and advertisement characteristic values of respective advertisements, wherein the specialty characteristic value is generated according to historical articles published by the client. The selected advertisement is integrated and published with the internet article.

Abstract: A detachable earphone structure includes an earphone body and a transmitter detachable from the earphone body. The earphone body has an opening portion, a pair of connecting terminals installed in the opening portion and electrically connected to an internal circuit. The transmitter has a pair of contact terminals stored in the opening portion of the earphone body or detachably connected to the earphone body for electrically conducting the connecting terminal and the contact terminal through the contact of the connecting terminal with the contact terminal.

Abstract: A Bluetooth earphone having a semi-automatic receiving function includes a housing, an earphone, a first flexible portion, a button, and a fastening mechanism. The housing has a receiving slot. The earphone is pivoted with the housing and received in the receiving slot that can be rotated to the outside of the housing. The first flexible portion located between the housing and the earphone provides a force to eject the earphone. The button is located on the housing and connected with the earphone. The fastening mechanism is located between the button and the housing to fasten the earphone in the receiving slot. The user presses the button to eject the earphone by utilizing the flexible force of the first flexible portion. Thereby, the earphone can be received in the housing to prevent the earphone from being broken due to the impacts of external forces.

Abstract: An earphone receiving structure includes a housing and an earphone. The housing has an opening slot. The opening slot is formed by an indent formed inwards from one end of the housing. There is a pair of pivoting holes in the opening slot, and a plurality of concave portions on the inner surface of the pair of the pivoting holes. The earphone has a pair of pivoting shafts. The pair of pivoting shafts is pivoted in the pivoting holes. There is at least one convex portion on the outer surface of the pair of pivoting shafts. The convex portion fits in the concave portions. The earphone is received in the opening slot and can be rotated to the outside of the opening slot. Thereby, the earphone can be received in the housing to prevent the connection point of the earphone from being broken due to external forces.

Abstract: A slidable Bluetooth earphone includes a main body having a first body with an accommodating space in which a sound transmission device is mounted, a pair of positioning pieces being oppositely protruded from both lengthwise sides of the first body, a second body being formed at a front end of the first body, a resilient arm being formed at each of opposite sides of the second body in a manner to extend backward to the positioning piece, a flange being formed on a bottom of the resilient arm, and a sliding mechanism being mounted between the first body and the second body; a pressing element, mounted on the first body; and a connector, having a main axis penetrating both sides of the first body

Abstract: Systems and methods for measuring behavior characteristics. For at least one specific user, a first concern score for respective key terms is calculated according to use frequency of respective key terms of network content corresponding to the specific user and all users. A first relation matrix for at least one specific key term is calculated according to at least two users corresponding to respective interaction behaviors between the key terms and a type weighting corresponding to respective interaction behaviors. A first interaction score for the specific user regarding the specific key term is calculated according to the first relation matrix. A first characteristic score for the specific user regarding the specific key term is calculated according to the first concern score and the first interaction score.

Abstract: A method for dynamic event matching. A domain model for each domain is defined. Individual requirements and preferences of a user are modeled to create a personal model. Dynamic requirements of a specific domain for the user are modeled. A dynamic event is generated. The dynamic event is obtained using an information server for format transformation to create an event model. The personal model is matched with the event model using a content-based method according to the domain model and the dynamic event. The user is informed of the matching results. The matching results are adjusted according to user feedback.