Abstract: An outdoor tent with a modular base includes a main body and a base, the main body being detachably arranged on the base. The base includes a first module and several splicing modules, said several splicing modules being detachably connected to the periphery of the first module, and the first module can be folded to form a box structure, and said several splicing modules can be independently folded and stored in the box formed by the first module. When the base is in the storage state, the first module is folded to form a box structure in which items can be placed, and the second module, third module, fourth module and fifth module are folded and accommodated in the box formed by the first module, reducing space occupation during transportation, improving utilization rate of user space during transportation, and making it easy to carry and transport.

Abstract: A tent with a charging device and wiring thereof includes a main body that includes a frame and a wall, the frame being connected to the wall. The tent also includes an electrical component, which includes an electrical appliance, a power supply and an electric wire. The electrical appliance and the power supply are electrically connected through the electric wire, and the electrical appliance and the electric wire are detachably or fixedly arranged on the frame and/or the wall. For the tent with a charging device and wiring thereof, electrical appliances and electric wires are reasonably arranged on the frame or the wall of the tent in a fixed or manner, by which layout of electrical appliances and electric wires is more reasonable and regular, and the electrical appliances and electric wires will not occupy activity space in the tent, effectively improving users' experience on tents.

Abstract: Methods and apparatuses for place-based information processing are disclosed. The method includes receiving annotation information inputted by a user; acquiring geographical location information of a mobile terminal device; sending the annotation information and the geographical location information to a server so that the server determines place information of where the user is located according to the geographical location information, establishes and stores a correspondence between the annotation information and the place information to provide the annotation information to a querying user in the place. In the present disclosure, “traces” of the user may be kept in the place and are not subject to an actual condition in the place, which do not need real paper and pen, and do not affect the actual scenery of the place.

Abstract: Methods and apparatuses for place-based information processing are disclosed. The method includes receiving annotation information inputted by a user; acquiring geographical location information of a mobile terminal device; sending the annotation information and the geographical location information to a server so that the server determines place information of where the user is located according to the geographical location information, establishes and stores a correspondence between the annotation information and the place information to provide the annotation information to a querying user in the place. In the present disclosure, “traces” of the user may be kept in the place and are not subject to an actual condition in the place, which do not need real paper and pen, and do not affect the actual scenery of the place.

Abstract: Methods and apparatuses for place-based information processing are disclosed. The method includes receiving annotation information inputted by a user; acquiring geographical location information of a mobile terminal device; sending the annotation information and the geographical location information to a server so that the server determines place information of where the user is located according to the geographical location information, establishes and stores a correspondence between the annotation information and the place information to provide the annotation information to a querying user in the place. In the present disclosure, “traces” of the user may be kept in the place and are not subject to an actual condition in the place, which do not need real paper and pen, and do not affect the actual scenery of the place.

Abstract: A method and system to compensate for inaccuracy associated with processing values with finite precision includes a process for selecting a display value whereby an initial value is provided in a first numbering system. The initial value is then converted into an equivalent stored value in a second numbering system. Then a display value in the first numbering system is determined and selected such that the selected display value includes the least number of significant digits that convert from the first numbering system to the second numbering system exactly as the stored value. The selected display value in the first numbering system is then used for display and/or further processing when the stored value in the second numbering system is recalled.