883results about How to "High playability" patented technology

A golf club head is disclosed. The golf club head includes a first body member and a second body member. The first body member includes a strike face and a top portion. The second body member is coupled to the first body member and extends away from the first body member in a direction opposite the strike face. At least a top portion of the second body member is camouflaged. A preferred method of camouflage is color differentiation, wherein the second body member is darker than the first body member. Specific color values and club head geometries are also disclosed and claimed. The club head may include a body member and a weight member such as a bar that extends rearward from the body member. A cover may be included to camouflage the weight member. A separate core member and high visibility sight lines may also be provided. The club head may include a color alignment system wherein a top portion of the second body member comprises a transparent colored panel, and a bottom portion of the second body member comprises another transparent colored panel. The viewing of a third combination color to the golfer at address indicates proper alignment of the club head.

A golf ball including an improved mantle composition which results in improved performance characteristics. The composition includes a soft, flexible resin, such as an elastomer, and a quantity of at least one hardness-enhancing material, such as a quantity of fibers or fiber segments, such as glass, carbon, aramid, and/or metallic fibers, and, optionally, at least one ionomer. The hardness-enhancing material can constitute about 1 to about 30 wt % of the intermediate layer. The composition of the intermediate layer enables the golf ball to maintain initial speed and distance of known golf balls, while improving upon spin rate and playability. Alternatively, spin rate and playability can be maintained, while improving upon the initial speed and distance.

A four-piece solid golf ball construction is disclosed, including one or more core layers, an inner mantle layer, an outer mantle layer, and one or more cover layers. The inner mantle layer has a Shore D hardness in the range of 20 to 60, and the outer mantle layer has a Shore D hardness in the range of 40 to 80 and exceeding that of the inner mantle layer by at least 3. The solid golf ball provides a high spin rate when struck not only by a full 8-iron, but also by a soft pitching wedge, for short shots near a putting green.

A special effect implementation method in video communication and a video user terminal are provided. The method is applied to the video user terminal and comprises the steps of choosing source video to be sent and collected by a user camera or source video provided by an opposite side user terminal, acquiring source video frame data, accepting user-defined special effects applied to the source video by a user, overlapping special effect data on the source video frame data, outputting the overlapped and combined special effect video in real time and displaying the special effect video through a display device. The special effect implementation method enables the user to change people appearance displayed in a display screen at random in a video communication process, can send changed video to the opposite side user and enhances playability and entertainment. Video data are overlapped and recombined in real time to be sent so as to reduce network load and prevent video communication data transmission to be unsmooth.

The invention discloses a method and a device for processing images in a videophone. The method comprises the following steps of: acquiring a video image of a near-end user; adding graphs and/or characters to the video image to obtain the processed video image; and transmitting the processed video image to a far-end user. The device comprises an image acquisition module, an image entertainment enhancement module and a transmission module, wherein the image acquisition module is used for acquiring the video image of the near-end user; the image entertainment enhancement module is used for adding graphs and/or characters to the video image to obtain the processed video image, and transmitting the processed video image to the transmission module; and the transmission module is used for transmitting the processed video image to the far-end user. On the basis of video call, the video image processing function is increased, and the interest and playability of the video call are improved; and compared with the prior art, the invention can attract more videophone users and improves profit growth points of operators.

The player gives a change in the input through a touch operation to a character pattern P2 displayed on a second display screen 12a covered by a touch panel. The character pattern P2 is associated with a player character P1 displayed on a first display screen 11a, and is displayed on a larger scale than the player character P1. The player character P1 is moved according to the change in the input. Thus, the present invention provides a video game played on a dual-screen video game device with a novel operation in which the player can accurately specify an intended position.

A video game device 10 is capable of receiving both a first storage medium and a second storage medium at the same time. The video game device 10 performs a first game process using first save data. The video game device 10 performs a second game process using second save data. The video game device 10 overwrites the first save data based on the status of the second video game. The video game device 10 overwrites the second save data based on the status of the first video game.

The invention discloses a live broadcast method, device and system and belongs to the field of network live broadcast. The method comprises the following steps: receiving live broadcast synthesis parameters sent by an anchor client; receiving at least two live broadcast video streams sent by the anchor client, wherein the at least two live broadcast video streams are corresponding to respective visual angles; synthesizing the at least two live broadcast video streams into a target live broadcast video stream according to the live broadcast synthesis parameters; and sending the target live broadcast video stream to at least one audience client corresponding to the anchor client. The at least two live broadcast video streams are synthesized into the same live broadcast frame by utilizing the live broadcast synthesis parameters, so that the problems of not high live broadcast quality and not stable frame in the live broadcast video stream due to repeated rotation of a camera in the live broadcast process are solved, and the effects that one live broadcast frame has different live broadcast visual angles, the live broadcast frame is more stable, and playability of outdoor live broadcast is improved are achieved.

The invention discloses a recording method for a mobile TV, comprising the following steps of: (1) receiving transmission data streams through mobile TV receiving equipment; (2) separating an audio and video stream with a timestamp in a program from the transmission data streams through a transmission stream analysis device; (3) respectively decoding an audio data code stream with the timestamp and a video data code stream with the timestamp from the audio and video stream by using an audio decoding device an a video decoding device; and (4) combining the audio data code stream with the timestamp with and video data code stream with the timestamp to generate a target media file. By means of the recording method disclosed by the invention, a digital program can be recorded into a file capable of being played normally by the mainstream play software on handheld equipment and a PC (Personal Computer) according to the playing process of a digital mobile TV, and therefore, the playability of a recorded file of the mobile TV is enhanced and the characteristic of saving storage space is achieved.

A golf club head is disclosed. The golf club head includes a first body member and a second body member. The first body member includes a strike face and a top portion. The second body member is coupled to the first body member and extends away from the first body member in a direction opposite the strike face. At least a top portion of the second body member is camouflaged. A preferred method of camouflage is color differentiation, wherein the second body member is darker than the first body member. Specific color values and club head geometries are also disclosed and claimed. The club head may include a body member and a weight member such as a bar that extends rearward from the body member. A cover may be included to camouflage the weight member. A separate core member and high visibility sight lines may also be provided.

A golf club head has a striking face with a plurality of scorelines including a first scoreline and a second scoreline adjacent thereto. The striking face also has a plurality of auxiliary grooves each spaced from the scorelines. In a first imaginary vertical plane, a first path is formed by a first intersection between the first imaginary vertical plane and the striking face, and the auxiliary grooves have a first concentration no less than 0.17 measured between the first and second scorelines. A second imaginary vertical plane is horizontally spaced from the first imaginary plane. A second path is formed in the second imaginary vertical plane by a second intersection between the second imaginary vertical plane and the striking face. The auxiliary grooves in the second imaginary vertical plane have a second concentration that is different from the first concentration measured between the first and second scorelines.

The present development is directed to sportsballs or gameballs and to methods for producing the same. More particularly, the disclosure is directed to inflatable sportsballs or gameballs, such as basketballs, having a laminated construction, and to process for fabricating the same.

The invention discloses a video method, and belongs to the technical field of video processing. The method comprises the following steps of: obtaining audio data and corresponding dotting data, wherein the dotting data comprises beat time points and corresponding beat values in the audio data; acquiring locally a plurality of material images, synthesizing the plurality of material images and the audio data based on the dotting data to obtain a synthesized video, wherein the switching time point of each material image in the synthesized video is the beat time point of the audio data. The invention provides a method for effectively combining audio data with a material image to synthesize a video.

The horizontal blanking interval (HBI) of a normal video signal is modified to enhance the playability of the applied copy protected video signal while maintaining the copy protection effectiveness. As generally known, a copy protected video signal with positive-going pulses in a back porch region causes possible black level depression. The addition of a negative-going pulse and/or negative-going and positive-going pulse pair immediately prior to the H sync signal in the front porch region causes a reduction in such black level depression while resulting in enhanced playability. In other embodiments, an amplitude extending pulse is added to a latter portion of the H sync pulse or to a latter portion of a pseudo sync pulse, to increase the negative-going amplitude of the respective pulse. Various combinations of the added pulses also are possible.

The invention discloses an artificial intelligence system and state shifting method thereof, a server and a communication system. The state shifting method includes determining executing expectation of strategies corresponding to the current state of the artificial intelligence system according to an evaluation model, selecting a strategy among strategies corresponding to the current state of the artificial intelligence system according to the determined executing expectation or the determined executing expectation and preset calculating means, and realizing the state shifting by executing the selected strategy, wherein single state of the artificial intelligence system corresponds to at least one strategy, and the evaluation model shows the executing expectation of the corresponding strategies of all states in the artificial intelligence system. The intelligence, fault tolerance and maintainability are improved. When artificial intelligence system, the state shifting method thereof, the server and the communication system are applied to the game field, the playability of a game is improved.

This invention is generally concerned with apparatus and methods for providing virtual environments, in particular for electronic games in which multiple players may interact in a virtual environment.

An electronic game in which multiple players interact in a virtual environment to buy and sell products to acquire points, said electronic game comprising: a game engine configured to publish contracts in said virtual environment and configured to enable a said player to acquire a said contract, said contract defining at least a set of tasks for a said player to complete, a said set of tasks defining a selection of products to acquire in said virtual environment, said products being virtual representations of real-world products from one or more real-world companies; wherein said players are allocated said points in response to successful completion of said tasks; and wherein said points are redeemable against real-world products from said one or more companies represented in said virtual environment of said game.