阅读说明：本技术 一种院内设备查找的路径规划方法 (Path planning method for searching of in-hospital equipment ) 是由 何燕德 刘帅军 徐鑫 王绪运 谢丽华 于 2019-03-29 设计创作，主要内容包括：一种院内设备查找的路径规划方法,包括：通过用户端接收院内设备查找请求(100)；获取该院内设备的位置信息(200)；获取用户端的位置信息(300)；基于用户端的位置信息以及院内设备的位置信息,在预设的院内地图上规划从用户端位置到达院内设备位置的路径(400)。从而使得用户可沿着规划好的路径找到待查找的医疗设备,节省时间和精力,方便快捷。(A path planning method for searching of in-hospital equipment comprises the following steps: receiving a request (100) for searching the in-home device through a user side; acquiring the position information (200) of the equipment in the hospital; acquiring the position information of a user terminal (300); and planning a path (400) from the user end position to the in-hospital equipment position on a preset in-hospital map based on the position information of the user end and the position information of the in-hospital equipment. Therefore, the user can find the medical equipment to be searched along the planned path, time and energy are saved, and the method is convenient and quick.)

a path planning method for searching of in-hospital equipment is characterized by comprising the following steps:

receiving a device searching request in a hospital through a user side;

acquiring position information of the in-hospital equipment;

acquiring the position information of a user side;

and planning a path from the position of the user end to the position of the in-hospital equipment on a preset in-hospital map based on the position information of the user end and the position information of the in-hospital equipment.

The path planning method according to claim 1, wherein the in-home device search request is for searching for one in-home device desired by the user.

The path planning method according to claim 2, wherein planning a path from a user end location to an in-hospital device location on a preset in-hospital map comprises:

and planning a path from the user terminal position to the in-hospital equipment required by the user on a preset in-hospital map so as to enable the path to be the shortest path or the path with the least time consumption.

The path planning method according to claim 1, wherein the in-home device search request is for searching for a plurality of in-home devices required by the user.

The path planning method according to claim 4, wherein planning a path from a user end location to an in-hospital device location on a preset in-hospital map comprises:

and planning paths from the user terminal position to a plurality of in-hospital equipment required by the user in sequence on a preset in-hospital map so as to enable the paths to be shortest paths or paths with the least time consumption.

The path planning method according to claim 5, further comprising:

acquiring the position information of a user side in real time;

when the user side is determined to reach one of the in-hospital devices required by the user, the position information of the remaining in-hospital devices required by the user is obtained again, and the path from the current position of the user side to the remaining in-hospital devices required by the user is planned again, so that the path is the shortest path or the path consuming the least time.

The path planning method according to any one of claims 1 to 6, wherein planning a path from a user end location to an in-hospital device location on a preset in-hospital map comprises: and planning a path according to the elevator, the stairs and/or the current time contained in the path on a preset in-home map so as to enable the path to be the shortest path or the path with the least time consumption.

A path planning method according to any one of claims 1 to 6, characterized in that the in-hospital device search request contains information of the device type and/or the device identification.

A path planning method according to claim 8 in which a plurality of first radios are provided in the yard, and in-yard equipment is provided with a second radio; and calculating the position information of the in-hospital equipment through the connection of the first wireless device and the second wireless device, and acquiring the equipment type and/or the equipment identification of the in-hospital equipment.

A computer-readable storage medium, characterized by comprising a program executable by a processor to implement the method of any one of claims 1-8.