59 results about "Live feed" patented technology

eSAT pushes 3D scene awareness and targeting to forward positioned mobile operators and their handheld devices in environments such as found in military theaters of operation, border control and enforcement, police operations, search & rescue and large commercial industrial operations. A host computer hosts a 3D model of a scene and dynamically captures and transmits a windowed portion of the visual representation of that 3D model over a wireless network to the mobile operators' handheld devices. The windowed portion of the visual representation is streamed directly to the operators' handheld device displays. The mobile operators may interact with and control the 3D model via the wireless network. The host computer may synthesize the visual representation of the 3D model with live feeds from one or more of the handheld devices or other assets to improve situational awareness. Either the mobile operators or host operator can make point selections on the visual representation to extract geo-coordinates from the 3D model as a set of target coordinates.

A unique application within Video that allows for user generated Meta-tagging to be delivered in real time to individual clips is provided. This meta-tag creates its own tail based upon the user generated words population, which is searchable via a “spider network” that runs invisible behind the web pages of the site. These same “tagged” words are broadcast over various delivery networks including but not limited to live feeds from SMS, MMS, News Feeds within Community Web Sites, Video Sharing Web Sites, Widget applications any other forms of electronic communication that will be dropped in real time to identified users and friends of users.

A method and apparatus are used to simultaneously display a virtual dealer and a dynamic visual background image in connection with a multi-player video platform simulating and effecting play of a casino table card game. The dealer imagery is in the foreground and the background is behind the dealer. The background is either a live video feed from the casino, live feed from another location or event or pre-recorded image sequences. The various videos are keyed or masked and layered together using known video production technology.

A digital television receiver in the form of a set-top box includes a hard disk drive for storing a dynamic view buffer (34). Content from a live feed (40) is continuously stored in the buffer. The buffer can then be accessed at different points, thus allowing playback to be time-shifted. A cropping operation, whereby content is removed from the beginning (37) of the buffer is used to keep the size of the buffer in check. Cropped data can be used to create new record files.

A unique application within Video that allows for user generated Meta-tagging to be delivered in real time to individual clips is provided. This meta-tag creates its own tail based upon the user generated words population, which is searchable via a “spider network” that runs invisible behind the web pages of the site. These same “tagged” words are broadcast over various delivery networks including but not limited to live feeds from SMS, MMS, News Feeds within Community Web Sites, Video Sharing Web Sites, Widget applications any other forms of electronic communication that are dropped in real time to identified users and friends of users.

A resource-efficient live streaming system includes a broadcaster and a streaming server. The broadcaster receives a live feed and broadcasts a media stream to the streaming server containing several descriptions of the live feed along with control information. The broadcaster includes a stream thinner that implements a pruning algorithm. If descriptions from different streams are similar enough, one or more of them may be discarded without penalizing the quality of service perceived by the receivers. The streaming server assembles compressed data units into streams according to the control information from the broadcaster. The streaming server may also gather client feedback in order to estimate the status of the transmission channels and forwards the information to the broadcaster. The streaming server builds and streams media information to clients according to user preferences and receiver capabilities.

A method for facilitating live feed streams of remote locations by communicably connecting a first electronic streaming device to a second electronic streaming device through a back-end system. A client user account is operated on the first electronic streaming device, while a streaming account is operated on the second electronic streaming device. A plurality of streaming events is displayed through the client user account, wherein a streaming selection can be made and an event appointment scheduled between the client user account and the streaming account. At the time of the event appointment, the client user account is communicably connected to the streaming account through the first electronic streaming device and the second electronic streaming device. A live stream video feed is then transmitted from the streaming account to the client user account, wherein the live stream video feed is viewed on the first electronic streaming device.

A resource-efficient live streaming system includes a broadcaster and a streaming server. The broadcaster receives a live feed and broadcasts a media stream to the streaming server containing several descriptions of the live feed along with control information. The broadcaster includes a stream thinner that implements a pruning algorithm. If descriptions from different streams are similar enough, one or more of them may be discarded without penalizing the quality of service perceived by the receivers. The streaming server assembles compressed data units into streams according to the control information from the broadcaster. The streaming server may also gather client feedback in order to estimate the status of the transmission channels and forwards the information to the broadcaster. The streaming server builds and streams media information to clients according to user preferences and receiver capabilities.

The invention relates to a method for taking out the live material of the buffer nest of the mold sprue, comprising: step 1, using the principle of leverage to manufacture a tooling support rod and a tooling rotating rod, and fixing a magnet at one end of the tooling rotating rod; the tooling rotating rod and the tooling support The rod is connected by a rotatable shaft; step 2, when designing each live material, the loose material is designed in hollow, and a magnet is fixed in the middle of the live material in advance, and the magnetic poles are calculated; step 3, when taking the live material, turn the rod One end with a magnet extends into the cavity, so that the magnet of the rotating rod is attracted to the magnet of the live material Ⅰ, and then slowly rotates the rotating rod to drag the live material out; step 4, the live material Ⅰ and the live material Ⅱ are connected by positioning pins , when using the tooling to take the live material Ⅰ, it will drive the live material Ⅱ to the previous position of the live material Ⅰ. At this time, take out the live material Ⅰ downward, and the live material Ⅱ will stay at the previous position of the live material Ⅰ, and then use the same The method is to take out the live material II. The beneficial effects of the invention are: improving efficiency, reducing cost, and convenient operation.

A heatless method of manufacturing cold asphalt, such as for road repair and construction, that may be easily produced at or near a job site. The method includes the introduction of RAP (recycled asphalt and a small amount of new asphalt), additive oil, and optional sand lime (limestone powder) into mixing apparatus. The mixing apparatus includes one hopper for RAP, a live feed for additive oil, and optional live feed for lime, conveyors, and a controller that is programmed to determine the correct proportion of RAP, oil, and optional lime The invention also includes a product-by-process in which cold asphalt mix is produced. The end product is essentially non-toxic with little to no VOCs and HAPs, has long shelf-life, and is produced, stored, used, and compacted at ambient temperature.

A heatless method of manufacturing cold asphalt, such as for road repair and construction, that may be easily produced at or near a job site. The method includes the introduction of RAP (recycled asphalt and a small amount of new asphalt), additive oil, and optional sand (silicates and / or sieved RAP) and lime (limestone powder) into mixing apparatus. The mixing apparatus includes two hoppers: one hopper for RAP and a second hopper for RAP or sand; a live feed for additive oil; and another for optional lime; conveyors; and a controller that is programmed to determine the correct proportion of RAP, optional sand, oil, and optional lime. The invention also includes a product-by-process in which cold asphalt mix is produced. The end product is essentially non-toxic with little to no VOCs and HAPs, has long shelf-life, and is produced, stored, used, and compacted at ambient temperature.