Electronic boxing bag
View Patent ↗An electronic boxing bag including a heavy bag assembly, a gloves assembly, a band assembly, and a computerized device assembly. The bag assembly has a bag with a sensor, a speaker, a screen, and a camera embedded therein. The sensor collects hitting performance data. The data is displayed on the screen and in the computerized device. The gloves assembly and the band assembly include sensors to measure training data of the wearer. The gloves assembly, band assembly, and heavy assembly are connected to the computerized device through a communication network. Multiple heavy bags are connectable to permit training between multiple users. The electronic boxing bag provides real time visual feedback while training.
1. A system for an electronic boxing bag, comprising:
a) a heavy bag assembly including a heavy bag with at least one integrated sensor embedded therein measuring data, said heavy bag assembly further includes a screen, a speaker and a first camera mounted on the heavy bag; wherein the heavy bag assembly further includes mounting straps with clips to mount said heavy bag to a mounting element; wherein the heavy bag assembly further includes a second camera mounted on top ends of the mounting straps, said second camera is configured to record training sessions;
b) a fitness sensor assembly including a fitness sensor mounted on a user accessory, said fitness sensor is configured to measure training data from the user; and
c) a computerized device wirelessly connected to the heavy bag assembly and to the fitness sensor assembly to record the measured data and the training data.
2. The system for an electronic boxing bag set forth in claim 1 , wherein said mounting straps are mounted to a stand assembly, said stand assembly includes a first bar, a second bar, a base support and a mounting member, said first bar is vertically attached to said base support, said second bar is attached to the first bar, said mounting member is attached to said second bar, said mounting straps are configured to hang the heavy bag from the mounting member of the stand assembly.
3. The system for an electronic boxing bag set forth in claim 1 , wherein the mounting element is located at a roof to hang the heavy bag to the roof.
4. The system for an electronic boxing bag set forth in claim 1 , wherein said speaker is a 360° speaker, said screen is a 360° screen, said screen, said first camera and said speaker are embedded in a top portion of the heavy bag, wherein said speaker is located above the screen, said screen has a built-in clock and timer.
5. The system for an electronic boxing bag set forth in claim 1 , wherein the computerized device is a smartphone programmed with an app, said app displaying the measured data of the user, wherein said app records the measured data of the user, said app is configured to display training introduction sessions for users, said app includes an option to choose training for left hand users or right hand users.
6. The system for an electronic boxing bag set forth in claim 1 , wherein said screen is wirelessly connected to a second bag assembly, wherein the screen is configured to allow a user to workout with other users.
7. The system for an electronic boxing bag set forth in claim 1 , wherein the screen has a training mode that indicates the areas and types of hits to be done.
8. The system for an electronic boxing bag set forth in claim 1 , wherein said fitness sensor is embedded on gloves, wherein said fitness sensor measures hit force, hit speed, hit counting, calories, and heart rate.
9. The system for an electronic boxing bag set forth in claim 1 , wherein said fitness sensor is embedded on a band, said band is configured to be worn by a user, said fitness sensor is configured to measure heart rate and calories, said fitness sensor collaborates with the at least one integrated sensor of the heavy bag, said at least one integrated sensor is configured to determine the hit speed, the hit count, and the hit force.
10. The system for an electronic boxing bag set forth in claim 1 , wherein the first camera is a built-in camera.
11. The system for an electronic boxing bag set forth in claim 1 , wherein the first camera is an attachable/detachable camera that can be removably mounted to the heavy bag.
12. A system for an electronic boxing bag, comprising:
a) a heavy bag assembly including a heavy bag with at least one integrated sensor embedded therein measuring data, said heavy bag assembly further includes a screen, a speaker and a camera mounted on the heavy bag, said speaker is a 360° speaker, said screen is a 360° screen, said screen, said camera and said speaker are embedded in a top portion of the heavy bag, said heavy bag assembly further includes mounting straps with clips to mount said heavy bag to a mounting element, wherein said mounting straps are mounted to a stand assembly, said stand assembly includes a first bar, a second bar, a base support and a mounting member, said first bar is vertically attached to said base support, said second bar is attached to the first bar, said mounting member is attached to said second bar, said mounting straps are configured to hang the heavy bag from the mounting member of the stand assembly, wherein the heavy bag assembly further includes a second camera mounted on top ends of the mounting straps, wherein the screen has a game mode that indicates the areas and types of hits to be done, wherein the integrated sensor is configured to measure a hit force, a hit speed, and a hits counting;
b) a fitness sensor assembly including a fitness sensor mounted on a user accessory, said fitness sensor is configured to measure training data from the user including heart rate and calories; and
c) a computerized device wirelessly connected to the heavy bag assembly and to the fitness sensor assembly to record the measured data and the training data, wherein the computerized device is a smartphone programmed with an app, said app displaying the measured data of the user.
13. A system for an electronic boxing bag, comprising:
a) a heavy bag assembly including a heavy bag with at least one integrated sensor embedded therein measuring data, said heavy bag assembly further includes a screen, a speaker and a camera mounted on the heavy bag, said speaker is a 360° speaker, said screen is a 360° screen, said screen, said camera and said speaker are embedded in a top portion of the heavy bag, said heavy bag assembly further includes mounting straps with clips to mount said heavy bag to a mounting element, wherein said mounting straps are mounted to a stand assembly, said stand assembly includes a first bar, a second bar, a base support and a mounting member, said first bar is vertically attached to said base support, said second bar is attached to the first bar, said mounting member is attached to said second bar, said mounting straps are configured to hang the heavy bag from the mounting member of the stand assembly, wherein the heavy bag assembly further includes a second camera mounted on top ends of the mounting straps, wherein the screen has a training mode that indicates the areas and types of hits to be done, wherein the integrated sensor is configured to measure a hit force, a hit speed, and a hits counting;
b) a fitness sensor assembly including a first fitness sensor integrated on a boxing gloves and a second fitness sensor integrated on a band, wherein the first fitness sensor is adapted to measure heart rate, calories, hit force, hit speed, and hit counting, wherein the second fitness sensor is adapted to measure heart rate and calories, wherein the band and the heavy bag are capable of being used to measure the heart rate, the calories, the hit force, the hit speed, and hit counting, and the gloves are adapted to be worn to measure the heart rate, the calories, the hit force, the hit speed, and hit counting; and
c) a computerized device wirelessly connected to the heavy bag assembly and to the fitness sensor assembly to record the measured data and the training data, wherein the computerized device is a smartphone programmed with an app, said app displaying the measured data of the user.