Abstract: A system may receive a request for comments associated with a particular document, identify a comment associated with the particular document, generate an objective score for the comment that is independent of a user associated with the request, identify the user associated with the request, generate a subjective score for the comment based on parameters associated with the identified user, generate a combined score for the comment by combining the objective score and the subjective score, and provide the comment, ranked based on the combined score, to the user for presentation with the particular document.

Abstract: A system may receive a request for comments associated with a particular document, identify a comment associated with the particular document, generate an objective score for the comment that is independent of a user associated with the request, identify the user associated with the request, generate a subjective score for the comment based on parameters associated with the identified user, generate a combined score for the comment by combining the objective score and the subjective score, and provide the comment, ranked based on the combined score, to the user for presentation with the particular document.

Abstract: A system may receive a request for comments associated with a particular document, identify a comment associated with the particular document, generate an objective score for the comment that is independent of a user associated with the request, identify the user associated with the request, generate a subjective score for the comment based on parameters associated with the identified user, generate a combined score for the comment by combining the objective score and the subjective score, and provide the comment, ranked based on the combined score, to the user for presentation with the particular document.

Abstract: A system may include one or more databases to store comments relating to documents, the comments originating from first and second sources, where the comments from the first source include comments received from users via commenting functionality associated with browsers installed on client devices, and the comments from the second source include comments received from users independent of the commenting functionality associated with the browsers installed on the client devices. The system may also include one or more server devices to receive a request for comments relating to a particular document, search at least one of the one or more databases to identify comments relating to the particular document, and provide the identified comments for presentation in connection with the particular document.

Abstract: A system may receive a request for comments associated with a particular document, identify a comment associated with the particular document, generate an objective score for the comment that is independent of a user associated with the request, identify the user associated with the request, generate a subjective score for the comment based on parameters associated with the identified user, generate a combined score for the comment by combining the objective score and the subjective score, and provide the comment, ranked based on the combined score, to the user for presentation with the particular document.

Abstract: A system may include one or more databases to store comments relating to documents, the comments originating from first and second sources, where the comments from the first source include comments received from users via commenting functionality associated with browsers installed on client devices, and the comments from the second source include comments received from users independent of the commenting functionality associated with the browsers installed on the client devices. The system may also include one or more server devices to receive a request for comments relating to a particular document, search at least one of the one or more databases to identify comments relating to the particular document, and provide the identified comments for presentation in connection with the particular document.

Abstract: A system may receive a request for comments associated with a particular document, identify a comment associated with the particular document, generate an objective score for the comment that is independent of a user associated with the request, identify the user associated with the request, generate a subjective score for the comment based on parameters associated with the identified user, generate a combined score for the comment by combining the objective score and the subjective score, and provide the comment, ranked based on the combined score, to the user for presentation with the particular document.

Abstract: One or more server devices receive a request associated with a link, where the link is further associated with a comment and where the comment provides an opinion of, or remarks upon, a content of a document. The one or more server devices retrieve a content of the comment associated with the link from a database and retrieve the document. The one or more server devices generate another document that displays the content of the comment and includes a frame that further displays the document, and send the generated another document to the client device.

Abstract: A server device receives a comment associated with a first document, where the comment provides an opinion of, or remarks upon, a content of the first document. The server device obtains document clustering information which indicates that the first document is clustered with one or more second documents and stores, in a memory associated with the server device, the comment in association with the first document and the one or more second documents. The server device presents the comment in connection with the first document or one of the one or more second documents when the first document or the one of the one or more second documents is accessed by a user.

Abstract: A system may receive a request for comments associated with a particular document, identify a comment associated with the particular document, generate an objective score for the comment that is independent of a user associated with the request, identify the user associated with the request, generate a subjective score for the comment based on parameters associated with the identified user, generate a combined score for the comment by combining the objective score and the subjective score, and provide the comment, ranked based on the combined score, to the user for presentation with the particular document.

Abstract: A system may receive a request for comments associated with a particular document, identify a comment associated with the particular document, generate an objective score for the comment that is independent of a user associated with the request, identify the user associated with the request, generate a subjective score for the comment based on parameters associated with the identified user, generate a combined score for the comment by combining the objective score and the subjective score, and provide the comment, ranked based on the combined score, to the user for presentation with the particular document.

Abstract: One or more server devices receive a request associated with a link, where the link is further associated with a comment and where the comment provides an opinion of, or remarks upon, a content of a document. The one or more server devices retrieve a content of the comment associated with the link from a database and retrieve the document. The one or more server devices generate another document that displays the content of the comment and includes a frame that further displays the document, and send the generated another document to the client device.

Abstract: One or more server devices receive a request associated with a link, where the link is further associated with a comment and where the comment provides an opinion of, or remarks upon, a content of a document. The one or more server devices retrieve a content of the comment associated with the link from a database and retrieve the document. The one or more server devices generate another document that displays the content of the comment and includes a frame that further displays the document, and send the generated another document to the client device.

Abstract: One or more server devices receive a request associated with a link, where the link is further associated with a comment and where the comment provides an opinion of, or remarks upon, a content of a document. The one or more server devices retrieve a content of the comment associated with the link from a database and retrieve the document. The one or more server devices generate another document that displays the content of the comment and includes a frame that further displays the document, and send the generated another document to the client device.

Abstract: A system may receive a request for comments associated with a particular document, identify a comment associated with the particular document, generate an objective score for the comment that is independent of a user associated with the request, identify the user associated with the request, generate a subjective score for the comment based on parameters associated with the identified user, generate a combined score for the comment by combining the objective score and the subjective score, and provide the comment, ranked based on the combined score, to the user for presentation with the particular document.

Abstract: A system may include one or more databases to store comments relating to documents, the comments originating from first and second sources, where the comments from the first source include comments received from users via commenting functionality associated with browsers installed on client devices, and the comments from the second source include comments received from users independent of the commenting functionality associated with the browsers installed on the client devices. The system may also include one or more server devices to receive a request for comments relating to a particular document, search at least one of the one or more databases to identify comments relating to the particular document, and provide the identified comments for presentation in connection with the particular document.

Abstract: A control device with two processors includes: a circuit substrate; a first central processing unit disposed on the circuit substrate to receive a control signal for controlling the operation of a first device; a second central processing unit disposed on the circuit substrate to receive a control signal for controlling the operation of a second device; and a first communication circuit disposed between the first central processing unit and the second central processing unit for providing communications between them. The first central processing unit further processes the kernel control software and peripheral software of the first device and the peripheral software of an air conditioner. The second central processing unit further processes the peripheral software of the first device and the peripheral software of the first device in order to respectively control the operations of the first and second devices.

Abstract: A control device with two processors includes: a circuit substrate; a first central processing unit disposed on the circuit substrate to receive a control signal for controlling the operation of a first device; a second central processing unit disposed on the circuit substrate to receive a control signal for controlling the operation of a second device; and a first communication circuit disposed between the first central processing unit and the second central processing unit for providing communications between them. The first central processing unit further processes the kernel control software and peripheral software of the first device and the peripheral software of an air conditioner. The second central processing unit further processes the peripheral software of the first device and the peripheral software of the first device in order to respectively control the operations of the first and second devices.

Abstract: The present invention relates to an improved tire structure, the method of producing the tire in accordance with the present invention is explained as follows: initially the inner tire is semi-vulcanized (roughly shaped) and then installed in the outer tire as an inner mold of the tire, after that, the inner tire is vulcanized synchronously with the outer tire (heating, pressurizing and blowing). Through the above-mentioned processes, the outer surface of the inner tire is tightly combined with the inner surface of the outer tire. The inner tire and the outer tire can be possessed with strong combining power and strength since they are made from the same material, so as to produce a new style air free tire.

Abstract: A tire assembly of the present invention is specially for off-road racing motorcycle or bicycle, wherein an inner tube and a sub-inner tube are defined between an outer tire and a wheel rim, the inner tube is inflated at normal pressure while a space between the outer tire and the sub-inner tube is inflated with the pressure applicable to racing purpose, such that, in case of running in low pressure, two annular lips of the outer tire will not fall off the wheel rim while it encounter a great impact, as a result, it prevent the inner tube from being squeezed to leak by the outer tire and the wheel rim and the broken of the cord fabric of the outer tire.