Abstract: A blood pressure detection device manufactured by a semiconductor process includes a substrate, a microelectromechanical element, a gas-pressure-sensing element, a driving-chip element, an encapsulation layer and a valve layer. The substrate includes inlet apertures. The microelectromechanical element and the gas-pressure-sensing element are stacked and integrally formed on the substrate. The encapsulation layer is encapsulated and positioned on the substrate. A flowing-channel space is formed above the microelectromechanical element and the gas-pressure-sensing element. The encapsulation layer includes an outlet aperture in communication with an airbag. The driving-chip element controls the microelectromechanical element, the gas-pressure-sensing element and valve units to transport gas.

Abstract: A system for memorizing object location, for detecting an object storage position, includes: a wireless sensor module disposed in an interior space to generate a wireless sensor signal; a mobile device having an application program to start and initialize the wireless sensor module, the application program having a function of using the wireless sensor signal to calculate out a positioning data, and producing an object position integration information; and a cloud storage server connected to the mobile device via a communication link to receive the object position integration information and store the information in an object position memorizing database.

Abstract: A panoramic scene capturing and browsing system includes a panoramic scene capturing device and a mobile device. The headset panoramic scene capturing device in communication with the mobile device by point to point data transmission, whereby the user can instantly view each image capturing screen via the mobile device from headset panoramic scene capturing device, then control the headset panoramic scene capturing device to capture the panoramic scene. Other hand, the present invention utilizes a mobile device contained accelerometers and gyroscopes to detect the status of a mobile device, and corresponding to the panoramic scene position, to increase the panoramic scene reality feeling and to enhance the experience of user.

Abstract: The present invention discloses a panoramic scene of the shooting and browsing system, comprising: a plurality of image shooting cameras consisting of head-mounted image shooting device and a mobile device. Head-mounted image shooting device uses wireless communication connecting with mobile device by point to point data transmission, whereby the mobile device client can instantly view each image capturing screen from Head-mounted image shooting device's image shooting cameras, then control head-mounted image shooting device for the shooting panoramic scene. Other hand, the present invention utilizes a mobile device contained accelerometers and gyroscopes sensing the status of a mobile device, corresponding showing panoramic scene shooting position. That allows users to intuitively feel the panoramic scene shooting scenarios and enhance the user experience.

Abstract: A system for memorizing object location, for detecting an object storage position, includes: a wireless sensor module disposed in an interior space to generate a wireless sensor signal; a mobile device having an application program to start and initialize the wireless sensor module, the application program having a function of using the wireless sensor signal to calculate out a positioning data, and producing an object position integration information; and a cloud storage server connected to the mobile device via a communication link to receive the object position integration information and store the information in an object position memorizing database.

Abstract: An expansion device is disclosed which includes an input/output body, a connection part, a turning structure, and at least one slot. The input/output body at least includes a first and a second input/output module, where the first and the second input/output modules are respectively disposed on two opposite surfaces of the input/output body. The connection part is disposed on one side of the input/output body. The turning structure is disposed to connect the input/output body and the connection part, wherein the connection part and the input/output body are turnable on the turning structure. The at least one slot is disposed on the connection part and configured to hold at least one mobile device.

Abstract: A holding device for mobile products includes a first holding frame and a second holding frame, and the first holding frame is provided for holding a first mobile product and the second holding frame is provided for holding a second mobile product. The first holding frame and the second holding frame are configured to be electrically connected by a wire connection or a wireless connection. When the first holding frame and the second holding frame are holding the first and second mobile products respectively, the mobile products can be electrically connected through the first holding frame and the second holding frame to add functionality to each of the mobile products.

Abstract: An expansion device is disclosed which includes an input/output body, a connection part, a turning structure, and at least one slot. The input/output body at least includes a first and a second input/output module, where the first and the second input/output modules are respectively disposed on two opposite surfaces of the input/output body. The connection part is disposed on one side of the input/output body. The turning structure is disposed to connect the input/output body and the connection part, wherein the connection part and the input/output body are turnable on the turning structure. The at least one slot is disposed on the connection part and configured to hold at least one mobile device.

Abstract: A holding device for mobile products includes a first holding frame and a second holding frame, and the first holding frame is provided for holding a first mobile product and the second holding frame is provided for holding a second mobile product. The first holding frame and the second holding frame are configured to be electrically connected by a wire connection or a wireless connection. When the first holding frame and the second holding frame are holding the first and second mobile products respectively, the mobile products can be electrically connected through the first holding frame and the second holding frame to add functionality to each of the mobile products.

Abstract: A mobile device capable of automatically switching its operation modes includes a storage module, a control module, a display module and an electrical connector. The storage module is configured to store data of icons controllable to execute an application or function. The control module is configured to direct the data of at least one icon from the storage module to be transmitted to the display module for displaying the icon on a screen. When the control module detects that the electrical connector is electrically coupled to an electronic device, the control module is configured to adjust configuration of the at least one icon, with the adjusted configuration to be automatically displayed on the screen to mark a new operation mode of the mobile device. The configuration of the icon may be adjusted in size, one or more pixels, position, or quantity of the icon.

Abstract: A battery cover of a mobile phone includes an input interface formed on one side thereof; and a wireless transmission module. The input interface is capable of operating thereon, and the wireless transmission module is capable of conducting wireless communication between the battery cover and the mobile phone when the battery cover is detached from the mobile phone.

Abstract: An input device constructed in a carrier electronic apparatus comprises a letter button module and a number button module. The letter button module has a plurality of letter buttons to represent different letters respectively, and the number button module has a plurality of number buttons to represent different numbers respectively. The number buttons are separated from the letter buttons by being located in the intervals formed by adjacent rows of the letter buttons. The size, form, and color of the number buttons are different to those of the letter buttons.

Abstract: In a dynamic database association method, a static contact list is dynamically associated with a dynamic instant messenger contact list so that a user of a first database may access a contact list of a second database with associative links between said first and second databases. The user is also prevented from searching both the first and second databases simultaneously. Moreover, in the abovementioned dynamic database association method, a unified user interface is utilized for integrating management of at least two databases, where each of the at least two databases is operated under a different communication network. Therefore, the defect of inconveniencing the user by utilizing different user interfaces for different databases is avoided.

Abstract: A portable electronic device includes a charging unit coupled to a rechargeable battery, an internal electronic unit, and a temperature sensor for sensing temperature of the internal electronic unit. The charging unit receives an external input power so as to output a charging current for charging the rechargeable battery, and a supply current supplied to the internal electronic unit, and adjusts the charging current outputted to the rechargeable battery unit based on the temperature of the internal electronic unit. A method of adjusting a charging current for a rechargeable battery unit of a portable electronic device is also disclosed.

Abstract: A battery cover of a mobile phone includes an input interface formed on one side thereof; and a wireless transmission module. The input interface is capable of operating thereon, and the wireless transmission module is capable of conducting wireless communication between the battery cover and the mobile phone when the battery cover is detached from the mobile phone.

Abstract: A mobile phone includes a housing and a keypad module. The keypad module is mounted detachably on the housing. The keypad module is double-sided and has a first user interface and a second user interface formed on two corresponding sides for providing operations different from each other.

Abstract: In a dynamic database association method, a static contact list is dynamically associated with a dynamic instant messenger contact list so that a user of a first database may access a contact list of a second database with associative links between said first and second databases. The user is also prevented from searching both the first and second databases simultaneously. Moreover, in the abovementioned dynamic database association method, a unified user interface is utilized for integrating management of at least two databases, where each of the at least two databases is operated under a different communication network. Therefore, the defect of inconveniencing the user by utilizing different user interfaces for different databases is avoided.

Abstract: The invention discloses a touch-sensing device for an electrical apparatus. The touch-sensing device, according to the invention, includes a sensing panel, a detector, and a controller. The sensing panel includes an inner sensing region and an outer sensing region. The inner sensing region, disposed on the sensing panel, is substantially divided into a plurality of equivalent inner sensing sub-regions. The outer sensing region, disposed on the sensing panel, is at the outer edge of the inner sensing region. The outer sensing region is substantially divided into a plurality of equivalent outer sensing sub-regions. The detector is electrically connected to the inner sensing region and the outer sensing region. When an object contacts a region of the inner sensing sub-regions or the outer sensing sub-regions, the detector generates a corresponding detected signal. The controller is used to receive the detected signal.

Abstract: An input device constructed in a carrier electronic apparatus comprises a letter button module and a number button module. The letter button module has a plurality of letter buttons to represent different letters respectively, and the number button module has a plurality of number buttons to represent different numbers respectively. The number buttons are separated from the letter buttons by being located in the intervals formed by adjacent rows of the letter buttons. The size, form, and color of the number buttons are different to those of the letter buttons.