Abstract: A plurality of variable data of personal attribute information associated with at least one vehicle insurance user is received at a prediction server. Based on a service scenario requirement, a pre-constructed prediction algorithm is selected. The plurality of variable data is processed by one or more processors using the pre-constructed prediction algorithm. At least one prediction result is generated as the prediction server.

Abstract: An operation request is received from a terminal device. An identification of the terminal device is determined. Based on the identification of the terminal device, historical operation requests initiated from the terminal device in a predetermined time period prior to the operation request are determined. A user identity location is determined for each historical operation request. A number of different user identity locations for the historical operation requests is determined. Based on the number of different user identity locations, an account theft risk value is determined.

Abstract: A plurality of variable data of personal attribute information associated with at least one vehicle insurance user is received at a prediction server. Based on a service scenario requirement, a pre-constructed prediction algorithm is selected. The plurality of variable data is processed by one or more processors using the pre-constructed prediction algorithm. At least one prediction result is generated as the prediction server.

Abstract: A predetermined field containing attribute information associated with an auto insurance user is received at a risk assessment server and from an insurance company server. A personal attribute variable associated with the auto insurance user and a value corresponding to the personal attribute variable are obtained by querying a database based on the predetermined field. An auto insurance standard score for the auto insurance user is generated by using a predetermined calculation method with the obtained personal attribute variable and the corresponding value for the personal attribute variable. The auto insurance standard score is returned to the insurance company server.

Abstract: An operation request is received from a terminal device. An identification of the terminal device is determined. Based on the identification of the terminal device, historical operation requests initiated from the terminal device in a predetermined time period prior to the operation request are determined. A user identity location is determined for each historical operation request. A number of different user identity locations for the historical operation requests is determined. Based on the number of different user identity locations, an account theft risk value is determined.

Abstract: A garbage disposer includes a casing, a garbage cup (103), a stirrer, an electrical heater (110), a deodorizing box (111) and a blower (113). An impeller (3) is arranged in the chamber surrounded by the mounting board (1) of the blower and the blower casing (2). An electromotor (4) is arranged at the other side of the mounting board. The output shaft of the electromotor drives the impeller (3) through the mounting board (1). The inlet (96) of the blower is provided on the blower casing in the axis direction of the impeller. The outlet (97) of the blower is provided on the circumference of the blower casing. The mounting board (1) includes a board body (81) and a mounding portion (82) formed integrally. The board body (81) and the mounding portion (82) are perpendicular to each other. Several recesses (85) are formed by punch on the outside of the right angle (83) formed by the board body (81) and the mounding portion (82).

Abstract: A garbage disposer includes a casing, a garbage cup (103), a stirrer, an electrical heater (110), a deodorizing box (111) and a blower (113). An impeller (3) is arranged in the chamber surrounded by the mounting board (1) of the blower and the blower casing (2). An electromotor (4) is arranged at the other side of the mounting board. The output shaft of the electromotor drives the impeller (3) through the mounting board (1). The inlet (96) of the blower is provided on the blower casing in the axis direction of the impeller. The outlet (97) of the blower is provided on the circumference of the blower casing. The mounting board (1) includes a board body (81) and a mounding portion (82) formed integrally. The board body (81) and the mounding portion (82) are perpendicular to each other. Several recesses (85) are formed by punch on the outside of the right angle (83) formed by the board body (81) and the mounding portion (82).