7 106 may pick up the in-field broadcasting device 104 and press the trigger buttons associated with the one or more in-field broadcast devices 104. The Audio Visual Device 206 associated with the one or more in-field broadcast devices 104 may capture a burst of images or a video feed or audio feed or a combination thereof. After the trigger is detected the audio visual device 206 associated with the one or more in-field broadcast devices 104 may capture the burst of images or a video feed or audio feed or a combination thereof, which are in view of the audio visual device 206. The burst of images is associated with capturing multiple images, video feed or audio feed or a combination thereof, after the trigger is detected. The Audio visual device 206 may be a camera capable of clicking multiple images at once or a digital optical lens or a infrared optical lens to capture visual data along with a microphone to capture sound data. The Memory 204 associated with the one or more in-field broadcast devices 104 may store the burst of images after they are captured by the Audio visual device 206 associated with the one or more in-field broadcast devices 104. The Memory 204 associated with the one or more in-field broadcast devices 104 may store a collection of program or database components, including, without limitation, user interface application, user/application data (e.g., any data variables or data records discussed in this disclosure), etc. The transmitter device 210 associated with the one or more in-field broadcast devices 104 may transmit the burst of images to the server room 108 at a remote location. In an exemplary embodiment, the burst of images may be broadcasted on content media platforms such as twitter, facebook, pintrest, instagram. In another exemplary embodiment, at the Server room 108
8 professional editors may process the burst of images and only selective images are broadcasted to on content media platforms such as twitter, facebook, pintrest, instagram. The Power source 212 associated with the one or more in-field broadcast devices 104 may provide electric power to a Processor 202, Memory 204, Audio visual device 206, trigger module 208, transmitter device 210. The power source 212 may be a battery pack or a solar panel attached to the battery pack or a recharging socket to recharge the battery pack. The Array of Sensors 214 may comprise digital temperature sensor or Infra-red sensor or ambient light sensor (ALS) or microphone sound sensor or combination thereof. Data associated with an important event may be captured by an array of sensors 214. Data associated with the important event may be heat from grip or grasp associated with one or more on field users detected using the digital temperature sensor; or distance between on-field user and one or more in-field broadcast devices detected using the Infra-red sensor or ambient light sensor (ALS); or Elevated Noise of one or more on field users or movement of detect detachment of the one; or more in-field broadcast devices 104 from a fixed position; or combination thereof. The important event on the sports field 102 may be a victory celebration or a turning point or match point or falling of wicket etc. Figure 3 illustrates a detailed block diagram of the Memory. The Memory 204 may comprise a Heat Sensing Module 302, a Proximity Module 304, a Noise Module 306 an Accelerometer 308, Manual Trigger module 310. The data associated with an important event on field may be received by in-field sports device into the Memory 204. After the data associated with the important event, is captured by the Array of Sensors 214, the data associated with the important event may be received by the in-field sports device.
9 The Heat Sensing Module 302 may, determine a Heat score based on heat associated with a grip or grasp associated with the one or more on field users, by using the digital temperature sensor. The Proximity Module 304 may determine a proximity score based on distance detected between the on-field user 106 and the one or more in-field broadcast devices 104 using the Infra-red sensor or ambient light sensor (ALS). The Noise Module 306 may determine a Noise Score based on elevated noise levels of the one or more on-field users 106. The Accelerometer 308 may determine Detachment Score based on detachment of the one or more in-field broadcast devices 104 from a fixed position. The Detachment Score may be 0 or 1. The Convolution Comparison module 312 may determine an Event Score based on convolution of the Heat Score Proximity Score, Noise Score and Detachment Score. The Convolution Comparison module 312 may detect the occurrence of the important even based on comparison the Event Score and pre determined threshold value. The Convolution Comparison module 312 may detect the occurrence of the important event based on detection of manual trigger Manual Trigger module 310. After occurrence of the important event or the manual trigger is detected, the one or more in-field broadcast devices 104 may capture a burst of images using Audio Visual Device 206. The audio visual device 206 associated with the one or more in-field broadcast devices 104 may capture the burst of images or a video feed or audio feed or a combination thereof. The burst of images is associated with capturing multiple images after the trigger is detected. The burst of images may be stored in the memory 204 associated with the one or more one or more in-field broadcast devices 104. Thereafter, the one or more in-field broadcast devices 104 may transmit the burst of images to a server at a remote location. The transmitter module 210 associated with the one or
10 more may transmit the burst of images to a server room 108 at a remote location. In an exemplary embodiment, the burst of images may be broadcasted on content media platforms such as twitter, facebook, pintrest, instagram. In another exemplary embodiment, at the Server room 108 professional editors may process the burst of images and only selective images are broadcasted to on content media platforms such as twitter, facebook, pintrest, instagram. Figure. 4 illustrates a flowchart showing a method 400 for live broadcasting using the one or more in-field broadcast devices 104. At step 402, data associated with an important event on field may be received by in-field sports device. Data associated with the important event may be captured by an array of sensors. The Array of sensors 214 may comprise digital temperature sensor or Infra-red sensor or ambient light sensor (ALS) or microphone sound sensor or combination thereof. Data associated with the important event may be heat from grip or grasp associated with one or more on field users detected using the digital temperature sensor; or distance between on-field user and one or more in-field broadcast devices detected using the Infra-red sensor or ambient light sensor (ALS); or Elevated Noise of one or more on field users or movement of detect detachment of the one; or more in-field broadcast devices 104 from a fixed position; or combination thereof. The important event on the sports field 102 may be a victory celebration or a turning point or match point or falling of wicket etc. After the data associated with the important event, is captured by the array of sensors, the data associated with the important event may be received by the in-field sports device. Thereafter, at step 404, occurrence of the important event on a sports field may be detected by the in-field sport device based on the data associated with the important event. After an
11 important event has occurred on the sports field 102, the on-field users 106 may pick up the in-field broadcasting device 104 and celebrate the important event and press the Manual Button 310. The Trigger Module 208 may detect the important event on the sports field 102 based on the data associated with the important event received from the Heat Sensing Module 302, the Proximity Module 304, the Noise Module 306 and the Accelerometer 308 or from the combination thereof or when the Manual Button 310 is pressed by one of the one or more on-field user 106. The Heat Sensing Module 302 may, determine a Heat score based on heat associated with a grip or grasp associated with the one or more on field users, by using the digital temperature sensor. The Proximity Module 304 may determine a proximity score based on distance detected between the on-field user 106 and the one or more in-field broadcast devices 104 using the Infra-red sensor or ambient light sensor (ALS). The Noise Module 306 may determine a Noise Score based on elevated noise levels of the one or more on-field users 106. The Accelerometer 308 may determine Detachment Score based on detachment of the one or more in-field broadcast devices 104 from a fixed position. The Detachment Score may be 0 or 1. The Convolution Comparison module 312 may determine an Event Score based on convolution of the Heat Score Proximity Score, Noise Score and Detachment Score. The Convolution Comparison module 312 may detect the occurrence of the important even based on comparison the Event Score and pre determined threshold value. The Convolution Comparison module 312 may detect the occurrence of the important even based on detection of manual trigger Manual Trigger module 310. At step 404, a burst of images are captured by the one or more in-field broadcast devices 104 based on detection of occurrence of the important event. After the occurrence of the important event is detected at 404 the audio visual device 206 associated with the one or more
12 in-field broadcast devices 104 may capture the burst of images or a video feed or audio feed or a combination thereof. The burst of images is associated with capturing multiple images after the trigger is detected. The burst of images may be stored in the memory 204 associated with the one or more one or more in-field broadcast devices 104. At step 406, the burst of images may be transmitted by the one or more in-field broadcast devices 104 to a server at a remote location. The transmitter module 210 associated with the one or more may transmit the burst of images to a server room 108 at a remote location. In an exemplary embodiment, the burst of images may be broadcasted on content media platforms such as twitter, facebook, pintrest, instagram. In another exemplary embodiment, at the Server room 108 professional editors may process the burst of images and only selective images are broadcasted to on content media platforms such as twitter, facebook, pintrest, instagram. Figure. 5 illustrates an exemplary embodiment of the on-field broadcasting device in a cricket stump 500. The cricket stump 500 may contain include a Processor 502, Memory 504, in-stump camera 506, Manual trigger 508, Transmitter Device 510, a Power source 512 and an Array of Sensors 514. After an important event has occurred on the sports field 102, the one or more on-field users 106 may pick up the in-field broadcasting device 104 and celebrate the important event and press the Manual Trigger 508 associated with the cricket stump 500. The sports field 102 may comprise a cricket field. The one or more on-field users 106 may comprise one or more cricket players or umpires. The important event on the sports field 102 may be a victory celebration or falling of wicket etc. The Memory 504 may detect victory celebration by the one or more cricket players on the cricket field based on input from the Heat Sensing Module 302, the Proximity
13 Module 304, the Noise Module 306 and the Accelerometer 308 or from the combination thereof or when the Manual Trigger 508 is pressed by one of the one or more Cricket Players. The Array of sensors 214 may comprise digital temperature sensor or Infra-red sensor or ambient light sensor (ALS) or microphone sound sensor or combination thereof. The Heat Sensing Module 302 may, determine a Heat score based on heat associated with a grip or grasp associated with the one or more cricket players, by using the digital temperature sensor. The Proximity Module 304 may determine a proximity score based on distance detected between the one or more cricket players and the cricket stump 500 using the Infra-red sensor or ambient light sensor (ALS). The Noise Module 306 may determine a Noise Score based on elevated noise levels of the one or more on-field users 106. The Accelerometer 308 may determine Detachment Score based on detachment of the Cricket Stump 500 from a fixed position. The Detachment Score may be 0 or 1. The Convolution Comparison module 312 may determine an Event Score based on convolution of the Heat Score Proximity Score, Noise Score and Detachment Score. The Convolution Comparison module 312 may detect the occurrence of the important even based on comparison the Event Score and pre determined threshold value. The Convolution Comparison module 312 may detect the occurrence of the important event based on detection of manual trigger Manual Trigger module 310. A burst of images are captured by the cricket stump 500 based on detection of victory celebration by the one or more cricket players. The in-stump camera 506 may capture the burst of images which are in view of the in-stump camera 506. The burst of images may be transmitted by the cricket stump 500 to a server at a remote location. The transmitter module 510 associated with the cricket stump 500 may transmit the burst of images to a server room at a remote location. In an exemplary embodiment, the burst of images may be broadcasted on content media
14 platforms such as twitter, facebook, pintrest, instagram. In another exemplary embodiment, at the Server room professional editors may process the burst of images and only selective images are broadcasted to on content media platforms such as twitter, facebook, pintrest, instagram

15 We Claim: 1.A method for broadcasting a burst of images for on-field users from in-field sports device, the method comprising: receiving, by the in-field sports device, data associated with an important event on field by an array of sensors; detecting, by the in-field sports device, occurrence of the important event on a sports field based on the data associated with the important event; capturing, by the in-field sports device, the burst of images based on the detection of important; and broadcasting, by the in-field sports device, the burst of images to a server. 2.The method as claimed in claim 1, wherein the important event is a victory celebration or a turning point or match point or falling of wicket or push of a manual button. 3.The method as claimed in claim 1, wherein the array of sensors may comprise digital temperature sensor or Infra-red sensor or ambient light sensor (ALS) or microphone sound sensor or combination thereof. 4.The method as claimed in claim 1, wherein the data associated an important event comprises, heat from grip or grasp associated with one or more on field users detected using the digital temperature sensor; or distance between on-field user and one or more in-field broadcast devices detected using the Infra-red sensor or ambient light sensor (ALS); or Elevated Noise of one or more on field users or movement of detect detachment of the one; or more in-field broadcast devices 104 from a fixed position; or combination thereof. 5.A in-field sports device for broadcasting a burst of images, the device comprising: an array of sensors for detecting data associated an important event on field; at least one processor; a memory, wherein the memory is coupled to the processor which is configured to be capable of executing programmed instructions, which comprise the programmed instructions stored in the memory for: receiving data associated an important event on field by the array of sensors;
16 detecting the occurrence of the important event on a sports field based on the data associated with the important event; capturing through an audio visual sensor the burst of images based on the detection of important; and broadcasting through a transmitter the burst of images to a server. 6.The Device as claimed in claim 5, wherein the important event is a victory celebration or a turning point or match point or falling of wicket or push of a manual button. 7.The Device as claimed in claim 5, wherein the array of sensors may comprise digital temperature sensor or Infra-red sensor or ambient light sensor (ALS) or microphone sound sensor or combination thereof. 8.The Device as claimed in claim 5, wherein the data associated an important event comprises, Heat from grip or grasp associated with one or more on field users detected using the digital temperature sensor; or Distance between on-field user and one or more in-field broadcast devices detected using the Infra-red sensor or ambient light sensor (ALS); or Elevated Noise of one or more on field users or movement of detect detachment of the one; or more in-field broadcast devices 104 from a fixed position; or combination thereof.