EP3568217B1 - Light emitting sports training and game play system and method - Google Patents
Light emitting sports training and game play system and method Download PDFInfo
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- EP3568217B1 EP3568217B1 EP18739096.8A EP18739096A EP3568217B1 EP 3568217 B1 EP3568217 B1 EP 3568217B1 EP 18739096 A EP18739096 A EP 18739096A EP 3568217 B1 EP3568217 B1 EP 3568217B1
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- light source
- light emitting
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Definitions
- the invention relates to light emitting systems and methods for sports training or game play activities.
- Document GB 2 499 425 A discloses a spatial awareness training device with a plurality of timed lights.
- the system 10 includes two or more light emitting devices 12.
- the light emitting devices 12 are shown being positioned on playing field or surface 14, where the devices 12 are positioned at various selected spaced apart distances from one another.
- the light emitting device 12 is shown in more detail in FIG. 2 .
- the device 12 includes a light source assembly 16 that is coupled to a base 18.
- the base 18 is configured to engage a support surface or structure and to hold the light source assembly 16 at a position above the support surface or extending away from the support surface or structure.
- the base 18 may include a support plate or member 20 from which extends a light source coupling 22 for coupling the light source assembly 16 to the base 18.
- the support plate 20 is configured as flat or planar member, which may be formed from a structurally rigid material, such as metal, steel, wood, fiberglass, graphite, plastic, etc. Extending from the support plate 20 is a light source coupling 22 for coupling and securing the light source assembly 16 to the base 18.
- the support member 20 is shown as a flat or planar plate, it may have other configurations, as well.
- the light source coupling 22 is in the form of a socket, tube or sleeve 24 that is configured to receive a proximal end of the light source assembly 16.
- the light source assembly 16 may secured to the coupling 22 by means of fasteners 25, which may be permanent or non-releasable (e.g., rivet, weld, epoxy, etc.) or releasable (e.g., screw, bolt, hook and loop, etc.).
- Other configurations for the light source coupling 22 may also be used to facilitate securely coupling the light source assembly 12 to the base 18.
- the coupling 22 may be rigid.
- the coupling 22 may be elastic or serve as a flexible biasing member, which may be metal (e.g., coiled metal spring) or non-metal (e.g., elastomeric sleeve), so that the light source assembly 16 may flex or pivot at or near the coupling 22 relative to the base 18. This may prevent damage to the device 12 when it is hit or contacted during use.
- metal e.g., coiled metal spring
- non-metal e.g., elastomeric sleeve
- a portion of the support plate or member 20 extends to at least one side of the coupling 22 and forms a foot plate or rest 26.
- One or more spikes 28 may be coupled to and extend from the bottom of the support plate or member 20.
- the spike or spikes 28 are configured to penetrate the ground or media of the support surface or structure and may be of sufficient length (e.g., 1 to 5 inches) so that the light emitting device 12 cannot be readily dislodged or knocked over during normal use.
- the spike or spikes 28 may be positioned at different positions along the bottom of the support plate or member 20.
- the foot plate or rest 26 is configured to serve as a foot rest or contact area where a user may place their foot to facilitate insertion of the spike or spikes 28 into the ground or support media.
- a single pike 28 is located directly below the foot plate or rest 26.
- the support plate or member 20 and/or foot plate or rest 26 may serve as a stop to limit the insertion of the spike or spikes 28 and to further stabilize the base 18 once it is inserted the ground or support media.
- the spike 28 may be rigidly or permanently coupled to the plate or member 20.
- the spike 28 may be pivotally or releasably coupled to the base 18.
- the spike 28 may be joined to the plate or member 20 so that it pivots out of the way when not in use or during storage.
- the spike 28 may be removable, with the spike 28 having a head (not shown) at one end and being passed through a hole or aperture provided in the plate or member 20 that is then staked to the ground or support media.
- other securing means may be used instead of a spike 28. This may include a suction cup or cups or a weighted base having a large contact surface or area that may be rested on a support surface to keep the light source assembly 16 oriented in an upright or extended orientation.
- the light emitting device 12 is provided with light control assembly 30.
- the light control assembly may be mounted to or otherwise carried by, provided on, or housed by the base 18, although it or components thereof may be provided at other positions of the light emitting device 12.
- the light control assembly 30 includes those modules or components, hardware and/or software, for controlling the light source of the light source assembly 16, as described herein.
- This may include a receiver module 32 for receiving signals from a separate remote controller through a communication link, which may be a physical or wireless communication link.
- the receiver 32 will typically be a wireless receiver for receiving wireless signals, however, such as IR, radio wave, Bluetooth, etc.
- the receiver 32 is coupled to a switch or relay module 34 for controlling or activating and deactivating the light source of the light source assembly 16.
- the receiver 32 may be coupled to a computer or control module 36, such as a microcomputer or microcontroller, that facilitates more complex control of the light source of the light source assembly 16. This may activate different lights of the light source assembly 14 or activate or deactivate lights of the light source assembly 14 in different sequences. Control of the light intensity may also be achieved through such control.
- the light control assembly 30 may also include a sensor module 38 with one or more sensors that may be used with the device 12. These sensors are typically ambient sensors for sensing and collecting data related to the surroundings of the light emitting device 12.
- the sensor module 38 may include both hardware and software and any necessary devices for sensing and collecting the necessary ambient data. This may include proximity sensors, optical sensors, cameras (which may also function as optical sensors), accelerometers, GPS sensors, audio sensors or microphones, gyroscope, etc.
- a wireless transmitter module 39 may also be provided with the control assembly 30.
- the wireless transmitter module 39 may generate and transmit wireless signals, e.g., IR, radio wave, Bluetooth, etc., to the receiver of a control device or to the receiver module 32 of other light emitting devices 12.
- the control assembly 30, as well as other electrical components of the device 12, may be powered through an electrical power source 40.
- the power source 40 will typically be a battery power source, which may be rechargeable or non-rechargeable battery power source. In other embodiments the power source may be a wired external power source.
- the power source 40 is a rechargeable power source having a recharge cable 42 that may be used for connecting to a battery charging source.
- a USB connector is supplied on the recharge cable 42 for use with cooperating USB sockets wherein the battery 40 can be charged.
- the battery 40 may be provided, carried or housed on the base 18 or support plate or member 20. In other embodiments, the battery 40 may be positioned at other positions on the device 12. In certain embodiments, the battery 40 may provide of from 1 Amp or more of power output. In still others, the battery 40 may provide from 2 Amps or more of power output.
- the battery 40 and/or the control assembly 30 or components thereof may be housed within a housing 44, which may be provided on the base 18, and may be supported by and coupled to the support plate or member 20.
- a magnetic fastener 46 may be provided on the base 18 for holding the battery 40 and/or the control assembly 30 or components thereof to the base 18.
- a protective plate or member 48 is provided with the base 18 and is shown coupled to the support plate or member 20.
- the protective plate or member 48 is positioned adjacent to the foot plate or member 26, extending upward from the foot plate or member 20, and protects the light source coupling 22 and proximal end of the light source assembly 16, such as may occur when the foot plate or member 20 is being engaged during insertion of the spike or spikes 28 when the base 18 is secured to the ground or support media.
- the light source assembly 16 of the light emitting device 12 is configured as an elongated pole or body 50 that extends from the light source coupling 22 of the base 18.
- the light source body 50 has a length of from 1 feet to 6 feet (30.48 to 182.88cm) or more that extends from the base 18.
- the light source body 50 may have a length of from 2 to 4 feet (60.96 to 121.92cm), as measured from the base 18.
- the light source body 50 may be linear or non-linear and may have a cylindrical configuration with a uniform diameter or width along its length.
- the body 50 may have a non-cylindrical configuration, such as conical shape, or may have an oval, square, rectangular, polygonal, etc. transverse cross-sectional shape. Such non-cylindrical configurations may have a uniform or non-uniform width or transverse dimensions.
- the diameter or width of the light source body 50 may range from 1 ⁇ 4 inch to 2 or 3 inches (6.35 to 50.8 or 76.2mm). In particular embodiments, the diameter or width of the light source body 50 may range from 1 ⁇ 2 inch to 1 1 ⁇ 2 inch (12.7 to 38.1mm).
- the light source body 50 is formed from a cover or light housing 52 that is formed as a cylinder having a hollow interior 54, although the cover 52 may have different configurations, such as those described previously for the light source body 50 in the preceding paragraph.
- the walls of the cover 52 are transparent or translucent to allow the passage of light from the interior 54 to pass therethrough.
- the walls of the cover 52 are a white translucent material, although colored transparent or translucent materials may also be used. Examples of suitable materials for the cover 52, include plastic or polymeric materials, such as PVC, acrylic, polypropylene, polyethylene, PETE, etc.
- the cover 52 may be formed as or act as a light diffuser.
- an elongated support member or core 56 is located and housed within the interior 54 of the cover or light housing 52.
- the elongated support or core 56 may extend along the entire length or a portion of the length of the cover 52. In certain applications, the support or core 56 may extend from 1/4, 1/3, 1 ⁇ 2, 2/3, to 3 ⁇ 4 of the length of the cover 52 from either the distal end or proximal end of the light source assembly 16 or may be located at a position between but spaced apart from the distal and proximal ends of the light source assembly 16.
- the support or core 56 may be formed in a cylindrical or non-cylindrical configuration, which may the same or different than the shape or configuration of the cover 52.
- the configuration of the support or core 56 may be that provides the necessary functionality of the light source assembly as described herein.
- the core 56 is secured within the cover 52 by means of fasteners 58, 60 located at either end of the core 56.
- the core is secured and extends from the distal end of the cover 52 toward the proximal end.
- An end cap 62 closes off the upper or distal end of the cover 52.
- the light source element 64 may be a single element or a plurality of lighting elements that function as a single element in that they are located in close proximity to one another such that they appear as a single distinct source of light.
- the light source may be any electrically powered light source that is capable of functioning in the manner described herein.
- Particularly well suited light source elements 64 are LED lights, which are small in size but produce a great amount of light while requiring little energy. They also have a very quick response time with little delay in the activation and deactivation so that they can be turned on and off quickly.
- the individual light source elements 64 are used as a set and are mounted to and spaced apart along a flexible light strip 66, which may also includes wiring or flexible circuitry for powering the light source elements 64 of the light strip 66.
- the light strip may use surface mount device (SMD) LED light sources that are mounted to a flexible circuit board formed as an elongated flexible strip. Such LED light strips or tapes are commercially available.
- the light strip 66 is electrically coupled to the light control assembly 30 and power supply 40.
- the light strip 66 is secured to the support or core 56.
- the light strip 66 is helically wrapped around the elongated support or core 56 so that the light sources cover all sides (360 degrees) of the support or core 56. In other embodiments, it may be secured so that it extends generally longitudinally along the length of the support or core 56 and along different sides so that the light sources are visible from all sides of the light source assembly 16.
- One or more light strips 66 may be secured to the support or core 56.
- the light source elements 64 of each light source assembly 16 may be the same or different, providing a different light, color or appearance. In many applications the light source elements 64 will be used as a set with multiple light source elements in each set, and with each light source element of the same set providing the same or a similar light to the other light source elements in the set. This may be the same color, intensity, etc. In some embodiments, the light source assembly 16 may have only one set of light source elements that provide the same or similar light.
- different sets of light source elements 64 or multiple strips 66 having different light source element sets may be secured to the support or core 56, with each strip 66 having sets of light source elements 64 that provide a different type of light, color or appearance from other sets of light source elements 64 or other light strips 66 used with the assembly 16.
- the same light strip 66 may have different sets of light source elements 64 that provide a different type of light, color or appearance on the same light strip 66.
- different wiring or circuitry may be provided within the same light strip 66 to power the different light source elements 64 or light source sets to provide the desired lighting effect.
- cover 52 is a white translucent cover
- different colors may be provided by the type and particular color of the light source elements 64.
- the cover 52 of each light emitting device 12 may be a non-white colored translucent material, with the light sources 62 of each device 12 being the same (e.g., white light). In such cases, it is the cover 52 that provides the different color for the light emitting device 12.
- the sets of light source elements 64 provide from 5, 10, 15 20, 30, or 35 lumens to 50, 75, 100, 150, 200, 300, or 350 lumens or more per inch (2.54 cm) of length of the light emitting body 50.
- the light source elements 64 provide from 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90, or 95 lumens to 100, 105, 110, 115, 120, 125, 130, 135, 140, 145, 150, 155, 160, 165, 170, 175, 180, 185, 190, 195, or 200 lumens per inch (2.54 cm) of length of the light emitting body 50, and any range therein.
- each individual light source provides from 10 to 35 lumens. This may provide from 10 to 50 lumens per inch (2.54 cm), which in turn provides from 100 to 2000 lumens per light emitting device.
- the cover 56, core 56, or other components forming the light source body 50 may be formed as a light pipe or a fiber optic material so that the body 50 can be illuminated by a single light element or very few light source elements, which may be positioned at various positions to provide the effective illumination of the light source body 50.
- the system 10 includes multiple light emitting devices 12 of the type described previously.
- Each light emitting device 12 of the system 10 may be configured to provide a different light that has a visually distinguishable appearance from the other light emitting devices 12. This may include a different color, a different intensity or brightness, or a different lighting sequence. As far as lighting sequences, this may be a flashing sequence where light source elements of each device 12 flash at different rates or multiple light source elements are activated in different patterns, such as lighting in sequence up or down the length of the body 50.
- the light emitting devices 12 of the system will provide a different color of light. This may include white, blue, green, red, pink, yellow, and orange (amber). Different distinct combinations of colors may also be used for the light sources of each light emitting device 12. Thus, one light emitting device may use red and green lights, another blue and white, etc. In this way, various unique combinations may be used so that each light emitting device provides a different visual appearance from the others.
- each light emitting device 12 may be capable of providing multiple different colors but it may be used or programmed to selectively provide only certain colors, with the other light emitting devices 12 of the same system being used or programmed to provide a different visually distinguishable appearance from multiple different colors.
- a control device 70 is provided with the system 10. This may constitute a primary controller that is used by a coach, instructor, supervisor, overseer, etc.
- the control device 70 is electrically powered and includes a transmitter 72 for transmitting a signal to the receiver 32 of the light emitting devices 12.
- the signal may be a wired or wireless signal so that the control device 70 can be used remotely and spaced a distance from the light emitting devices 12.
- the control device 70 signal will be wireless signal, such as such as IR, radio wave, Bluetooth, etc., as has been discussed previously.
- the receiver 32 may activate the light switch or relay 34 of the device 12 to activate or deactivate the light source assembly 16 or it may provide input to the computer/control module 36, which in turn activates the light switch or relay 34 to activate the light source assembly 16.
- a control device interface 72 is provided with the control device 70 and has different selection options or buttons 76.
- Each selection option may correspond to a particular device 12 of the system 10.
- each button 76 may correspond to one of the devices 12.
- the device 12A emits a red light
- the device 12B emits an orange or amber light
- the device 12C emits a green light
- the device 12D emits a blue light
- the device 12E emits a pink light
- device 12F emits a white light.
- the option or button 76 to activate the device 12A the device 12A will illuminate and emit a red light.
- the other devices 12B-12F may remain deactivated or non-illuminated.
- Selecting the option or button 76 of the interface 74 to select another device 12 will activate that particular device so that it is illuminated with its particular color.
- the control device user may select the option or button 76 for device 12D.
- a control signal is transmitted to the device 12D and the device 12D is illuminated with a blue light.
- the controller 70 may also transmit a signal simultaneously to the device 12A so that it is deactivated and the white light of device 12A so that it is no longer illuminated.
- when the device 12D is activated it may transmit its own signal through the transmitter 39 ( FIG. 4 ), that is received by the device 12A through its receiver 32 that causes the device 12A to be deactivated.
- An on/off switch may also be provided with the controller 70 to deactivate all the devices 12A-12F.
- the controller 70 may be programmed so that one or more of the buttons 76 controls a combination of two or more of the devices 12A-12F.
- pushing one button 76 may activate two adjacent devices, such as 12A and 12B.
- the activation or lighting of these adjacent devices 12A, 12B may provide a gate through which a participant may be required to pass through, such as when kicking a soccer ball or dribbling a basketball, or through which a ball must be passed.
- Various combinations of the devices 12A-12F may be activated in this way, with each combination forming a gate or gateway through which a participant may pass or otherwise interact. Additional sets of devices beyond the devices 12A-12F may also be used to provide additional lighting devices or gates.
- a control device 80 is shown in the form of a mobile device or tablet computer having a display screen 82 that also functions as an interface with various inputs, control options or buttons 84 for controlling the light emitting devices 12 of the system 10, as described with the device 70, may also be used with the system 10.
- Application software may be provided on the device 80 for use with the system 10 and may provide additionally functionality, such as programming the devices 12 and features associated with the system 10, such as data collection from data generated by the sensor module 38.
- the device 80 provides a wireless signal (e.g., Bluetooth) to control the devices 12.
- control devices 70, 80 may allow options for allowing one to select variations in the operation of the system 10 or devices 12. For instance, these options may include the number of light source elements 64 that are activated or deactivated on each light emitting device 12 or the amount of time each light emitting device 12 or light source elements 64 are activated or deactivated. A random option may be provided and the system 10 may be programmed so that light emitting devices 12 and light emitting elements 64 are randomly activated or deactivated in a random mode of operation. Combinations of the light emitting devices 12 may be activated or deactivated, such as a pair of devices that provide a gate or gateway.
- the control device 70, 80 may also be provided with a color or light characteristic option so that light emitting devices 12 that are each capable of displaying different colors or light characteristics can be selected to display a particular color or light characteristic.
- a time selection may also be provided so that the system 10 can be operated for a selected period of time wherein one or more of the lighting element devices 12 are activated at the start of the selected time period and the final lighting element devices are deactivated at the end of the selected time period.
- multiple devices 12 such as devices 12A-12F, are positioned on a playing field 14 or other area in a spaced apart arrangement.
- the devices 12 are spaced apart several yards (e.g., 5 to 20 yards) away from one other over a large area or playing field. These may be arranged in a variety of configurations.
- the devices 12A-12F are arranged in ring so that there is a large open center.
- Game players, trainees, or participant users 86 of the devices 12 are shown positioned within the center of the ring.
- each participant 86 has a ball, such as a soccer ball or basket ball.
- the coach or overseer 8 may activate the device 12C so that it is illuminated with a green light.
- the activation of the device 12C indicates to the players or participants 86 that a certain action is required.
- each participant 86 is required to move with the ball (e.g., by kicking or dribbling) toward the light emitting device 12C.
- the coach or overseer 88 may activate another device 12, such as device 12A where the device 12A is illuminated with a red light. This indicates to the players/participants 86 should now move with the ball to toward the device 12A.
- sensors e.g., proximity sensor
- the sensor module 38 may sense that a player or participant has reached, encountered, is in close proximity with, or has otherwise engaged the device 12C. This may be a touch or non-touch sensor, such as light beam sensors that are activated when the light beam is interrupted.
- the device 12C may automatically transmit a signal, such as through transmitter 39, to another device 12, such as device 12A, so that device 12A is now activated.
- the system 10 can be programmed to provide such automatic functioning such that the controller or overseer 88 may not have to manually control the activation of the individual devices 12 with the controller 70 or 80.
- the control device 70, 80 may provide a program selection so that the devices 12 function based upon preprogrammed instructions that activate and automate the individual devices 12 in certain ways, sequences, patterns, sequences, and the like, which may be random or non-random.
- Any one or more of the devices 12A-12F may be activated, by programming or otherwise, for a preselected period of time.
- the selected period of time (e.g., 3-15 seconds) may vary based upon the size of the playing field, with larger playing fields having longer activation periods to allow players to interact with the device.
- the periods of activation may also be varied based upon the age of the players or participants, with longer periods of activation being provided for younger players or children.
- the system 10 wherein the light emitting devices 12A-12F are arranged similarly to that of FIG. 1 , although other arrangements may be used, a player 86 with a ball, such as a soccer ball or basketball, is positioned in the center of the ring formed by the devices 12A-12F. Other players or participants 90 are positioned near one of the spaced apart devices 12, so that each device 12A-12F has a participant 90 positioned nearby.
- device 12D may be activated so that it is illuminated with a blue light.
- the player 86 This indicates to the player 86 that they should pass the ball to the participant 90 located near the device 12D. The player or participant may then pass the ball back to the participant 86. The overseer 88 may then activate another device 12, such as device 12F, and the player 86 would pass the ball to the participant located near the device 12F.
- the activation of the system 10 may be preprogrammed to provide activation and deactivation of the various devices 12A-12F so that this type of functionality is provided.
- the coach or overseer 88 may instruct the participants that they are only to move toward or otherwise interact with a device 12 when it displays a particular color or light characteristic.
- Each device 12 may be capable of provide a multitude of different colors or light characteristics, including the selected light color or other characteristic (e.g., flashing, pulsing, alternating or changing light color, etc.).
- the devices 12A-12F may be activated to display different colors or characteristics at different times but not the selected color or characteristic. When the selected color or characteristic appears on one of the devices 12A-12F, the participant 86 would then move or interact with the device 12 with that selected color or light characteristic.
- the obstacle device 92 may be that provided with a frame 94 and a fabric material 94 covering the frame 94.
- Such playing field obstacle devices are described and shown in U.S. Patent Nos. 6,866,595 ; 7,198,580 ; D550,313 ; D565,135 ; D579,504 ; D591,369 ; D603,003 ; D614,709 ; D611,556 ; D630,283 ; and D708,093 .
- the obstacle device 92 may approximate in shape the front profile of a human head and torso. In other embodiments, the obstacle device 92 may have other configurations.
- the lighting device 12 forms a support member for supporting the obstacle device 92, with the elongated light source assembly 16 or light source body 50 extending along the length of the frame 92, as shown.
- the device 12 does not serve as a support member but may be coupled to the device 92 or a separate support member of the device 92 or the device 12 may be positioned adjacent or nearby the device 92.
- the fabric material 96 may be mesh or other material that allows the light from the lighting device 12 to be transmitted therethrough.
- the obstacle device 92 When incorporated with or used in conjunction with the obstacle device 92, it may function similarly to the devices 12 previously described with multiple obstacle devices 92 incorporating the light emitting devices 12 may be used and used on a playing field in a manner similar to that described for FIGS. 1 and 9 .
- the light emitting devices 12 can also be used with or incorporated into a net or goal, such as the net assembly 100.
- the net assembly 100 includes a net 102 stretched between supports 104.
- at least one of the supports 104 is formed from a light emitting device 12, with similar components labeled with the same reference numerals.
- both the supports 104 are formed by the light emitting devices 12.
- the net 102 may be secured to the supports 104 with elastic bands or cords 106, 108, 110 so that the net 102 springs back after a ball or object is hit into the net 102, returning the ball or object hit into the net.
- Such a net assembly 100 is similar to the SOCCER SLING SHOT TM or SOCCER REBOUNDER TM , available from Soccer Innovations, with a website located at www.soccerinnovations.com , showing and describing such products.
- Multiple net assemblies 100 incorporating the light emitting devices 12 may be used and used on a playing field in a manner similar to playing fields 14 described for FIGS. 1 and 9 .
- a light emitting device 12 may positioned near or adjacent to a net assembly 100 so that it is not incorporated into the net assembly 100, but activation of the device 12 will be an indication that a player or participant should interact with the associated net assembly 100.
- a speaker or audio device 112 may be provided with one or more of the light emitting devices 12 of the system.
- the speaker 106 may provide an audio output at the light emitting device 12. This may be provided in conjunction with the activation or deactivation of the light source assembly 16 of the light emitting device 12 or may be provided separately from any such activation or deactivation.
- the audio output may be provided prior to or after activation of a light emitting device 12 to provide an audio prompt that the light emitting device 12 will be activated within a selected period of time or deactivated within a selected period of time.
- the speaker 112 may also provide an audio output with instructions or verbal communication. This may be provided by the coach or overseer through a microphone, which may be provided on the control device 70, 80 or another device.
- the controller 70, 80 may be used to activate or deactivate any audio function provided by the speaker.
- the system 10, with the devices 12A-12F, sensors (e.g., sensor 38), transmitters (e.g., transmitter 39), mobile devices or computers 80, etc., may be used to record data related to a player(s) or participant(s) times or performance with respect to the interaction with the devices 12A-12F.
- This can include data from the sensors, as well as optical data, such as video of a player's or participant's performance taken with one or more mobile devices or computers 80, or with dedicated audio/visual equipment (not shown) provided with the system 10.
- the mobile device or computer 80 may be provided with a software program or app that facilitates such recording. This data and information may be further transmitted or published to a network, website, social media, etc.
- the published data may be related to different individuals or teams and their performance so that they can be compared to one another. This also allows games and competitions to be conducted where remote users of multiple systems 10 can compete against one another, with the results being transmitted and published for others to see.
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Description
- The invention relates to light emitting systems and methods for sports training or game play activities.
- Document
GB 2 499 425 A - The system presented in this document leaves however some margin for improvement and in particular for improving the visibility of the lights.
- The present invention as described in the appended claims provides an improved system and method.
- For a more complete understanding of the system and its use, and the advantages thereof, reference is now made to the following descriptions taken in conjunction with the accompanying figures, in which:
-
FIG. 1 is schematic diagram of a system for sports training or game play utilizing a plurality of light emitting devices in which illustrative embodiments may be implemented; -
FIG. 2 is a front perspective view of a light emitting device of the system ofFIG. 1 in which illustrative embodiments may be implemented; -
FIG. 3 is an enlarged front perspective view of the light emitting device ofFIG. 2 ; -
FIG. 4 is a schematic block diagram of the light emitting device ofFIG. 2 showing a light control assembly of the light emitting device; -
FIG. 5 is an enlarged rear perspective view of the light emitting device ofFIG. 2 ; -
FIG. 6 is a elevational view of the light emitting device ofFIG. 2 shown in partial cross section; -
FIG. 7 is a top plan view of a control device for use with the system ofFIG. 1 ; -
FIG. 8 is a top plan view of a mobile device that may be used as a control device for the system ofFIG. 1 ; -
FIG. 9 is a schematic diagram of the system ofFIG. 1 showing users of the system at various positions during sports training or game play; -
FIG. 10 is a elevational view of a playing field obstacle device incorporating the light emitting device ofFIG. 2 as a support for the obstacle device; and -
FIG. 11 is a perspective view of a net assembly incorporating the light emitting device ofFIG. 2 as a support for the net assembly. - Referring to
FIG. 1 , asystem 10 for sports training, game play, and other activities is shown. Thesystem 10 includes two or morelight emitting devices 12. Thelight emitting devices 12 are shown being positioned on playing field orsurface 14, where thedevices 12 are positioned at various selected spaced apart distances from one another. - The
light emitting device 12 is shown in more detail inFIG. 2 . As shown, thedevice 12 includes alight source assembly 16 that is coupled to abase 18. Thebase 18 is configured to engage a support surface or structure and to hold thelight source assembly 16 at a position above the support surface or extending away from the support surface or structure. In the embodiment shown inFIG. 3 , thebase 18 may include a support plate ormember 20 from which extends alight source coupling 22 for coupling thelight source assembly 16 to thebase 18. In the embodiment shown, thesupport plate 20 is configured as flat or planar member, which may be formed from a structurally rigid material, such as metal, steel, wood, fiberglass, graphite, plastic, etc. Extending from thesupport plate 20 is alight source coupling 22 for coupling and securing thelight source assembly 16 to thebase 18. Although thesupport member 20 is shown as a flat or planar plate, it may have other configurations, as well. - In the embodiment shown in
Fig. 3 , thelight source coupling 22 is in the form of a socket, tube orsleeve 24 that is configured to receive a proximal end of thelight source assembly 16. Thelight source assembly 16 may secured to thecoupling 22 by means offasteners 25, which may be permanent or non-releasable (e.g., rivet, weld, epoxy, etc.) or releasable (e.g., screw, bolt, hook and loop, etc.). Other configurations for thelight source coupling 22 may also be used to facilitate securely coupling thelight source assembly 12 to thebase 18. In certain embodiments, thecoupling 22 may be rigid. In others, thecoupling 22 may be elastic or serve as a flexible biasing member, which may be metal (e.g., coiled metal spring) or non-metal (e.g., elastomeric sleeve), so that thelight source assembly 16 may flex or pivot at or near thecoupling 22 relative to thebase 18. This may prevent damage to thedevice 12 when it is hit or contacted during use. - In the embodiment shown, a portion of the support plate or
member 20 extends to at least one side of thecoupling 22 and forms a foot plate or rest 26. One ormore spikes 28 may be coupled to and extend from the bottom of the support plate ormember 20. The spike orspikes 28 are configured to penetrate the ground or media of the support surface or structure and may be of sufficient length (e.g., 1 to 5 inches) so that thelight emitting device 12 cannot be readily dislodged or knocked over during normal use. The spike orspikes 28 may be positioned at different positions along the bottom of the support plate ormember 20. The foot plate orrest 26 is configured to serve as a foot rest or contact area where a user may place their foot to facilitate insertion of the spike or spikes 28 into the ground or support media. In the embodiment shown, asingle pike 28 is located directly below the foot plate or rest 26. The support plate ormember 20 and/or foot plate orrest 26 may serve as a stop to limit the insertion of the spike orspikes 28 and to further stabilize thebase 18 once it is inserted the ground or support media. Thespike 28 may be rigidly or permanently coupled to the plate ormember 20. In other embodiments, thespike 28 may be pivotally or releasably coupled to thebase 18. For example, thespike 28 may be joined to the plate ormember 20 so that it pivots out of the way when not in use or during storage. In other embodiments, thespike 28 may be removable, with thespike 28 having a head (not shown) at one end and being passed through a hole or aperture provided in the plate ormember 20 that is then staked to the ground or support media. In other embodiments, other securing means may be used instead of aspike 28. This may include a suction cup or cups or a weighted base having a large contact surface or area that may be rested on a support surface to keep thelight source assembly 16 oriented in an upright or extended orientation. - It should be understood that with respect to any amount or range listed or described in any summary or detailed description herein as being useful, suitable, or the like, it is intended to include every amount or point within the range, including the end points, and is to be considered as having been specifically stated. For example, "a range of from 1 to 10" is to be read as indicating each and every possible number along the continuum between 1 and 10. Thus, even if specific data points within the range, or even no data points within the range, are explicitly identified or refer to only a specific few, it is to be understood that the inventor appreciates and understand that any and all data points within the range are to be considered to have been specified, and that the inventor is in possession of the entire range and all points within the range, unless explicitly stated otherwise.
- The
light emitting device 12 is provided withlight control assembly 30. The light control assembly may be mounted to or otherwise carried by, provided on, or housed by thebase 18, although it or components thereof may be provided at other positions of thelight emitting device 12. Referring toFIG. 4 , thelight control assembly 30 includes those modules or components, hardware and/or software, for controlling the light source of thelight source assembly 16, as described herein. This may include areceiver module 32 for receiving signals from a separate remote controller through a communication link, which may be a physical or wireless communication link. Thereceiver 32 will typically be a wireless receiver for receiving wireless signals, however, such as IR, radio wave, Bluetooth, etc. - The
receiver 32 is coupled to a switch orrelay module 34 for controlling or activating and deactivating the light source of thelight source assembly 16. In more advanced applications, thereceiver 32 may be coupled to a computer orcontrol module 36, such as a microcomputer or microcontroller, that facilitates more complex control of the light source of thelight source assembly 16. This may activate different lights of thelight source assembly 14 or activate or deactivate lights of thelight source assembly 14 in different sequences. Control of the light intensity may also be achieved through such control. - The
light control assembly 30 may also include asensor module 38 with one or more sensors that may be used with thedevice 12. These sensors are typically ambient sensors for sensing and collecting data related to the surroundings of thelight emitting device 12. Thesensor module 38 may include both hardware and software and any necessary devices for sensing and collecting the necessary ambient data. This may include proximity sensors, optical sensors, cameras (which may also function as optical sensors), accelerometers, GPS sensors, audio sensors or microphones, gyroscope, etc. - A
wireless transmitter module 39 may also be provided with thecontrol assembly 30. Thewireless transmitter module 39 may generate and transmit wireless signals, e.g., IR, radio wave, Bluetooth, etc., to the receiver of a control device or to thereceiver module 32 of other light emittingdevices 12. - The
control assembly 30, as well as other electrical components of thedevice 12, may be powered through anelectrical power source 40. Thepower source 40 will typically be a battery power source, which may be rechargeable or non-rechargeable battery power source. In other embodiments the power source may be a wired external power source. In the embodiment shown, thepower source 40 is a rechargeable power source having arecharge cable 42 that may be used for connecting to a battery charging source. In the embodiment shown, a USB connector is supplied on therecharge cable 42 for use with cooperating USB sockets wherein thebattery 40 can be charged. Thebattery 40 may be provided, carried or housed on the base 18 or support plate ormember 20. In other embodiments, thebattery 40 may be positioned at other positions on thedevice 12. In certain embodiments, thebattery 40 may provide of from 1 Amp or more of power output. In still others, thebattery 40 may provide from 2 Amps or more of power output. - The
battery 40 and/or thecontrol assembly 30 or components thereof may be housed within ahousing 44, which may be provided on thebase 18, and may be supported by and coupled to the support plate ormember 20. In some embodiments, amagnetic fastener 46 may be provided on thebase 18 for holding thebattery 40 and/or thecontrol assembly 30 or components thereof to thebase 18. - As shown in
FIG. 5 , a protective plate ormember 48 is provided with thebase 18 and is shown coupled to the support plate ormember 20. The protective plate ormember 48 is positioned adjacent to the foot plate ormember 26, extending upward from the foot plate ormember 20, and protects thelight source coupling 22 and proximal end of thelight source assembly 16, such as may occur when the foot plate ormember 20 is being engaged during insertion of the spike or spikes 28 when thebase 18 is secured to the ground or support media. - Referring to
FIG. 6 , in the embodiment shown, thelight source assembly 16 of thelight emitting device 12 is configured as an elongated pole orbody 50 that extends from thelight source coupling 22 of thebase 18. Thelight source body 50 has a length of from 1 feet to 6 feet (30.48 to 182.88cm) or more that extends from thebase 18. In particular embodiments, thelight source body 50 may have a length of from 2 to 4 feet (60.96 to 121.92cm), as measured from thebase 18. Thelight source body 50 may be linear or non-linear and may have a cylindrical configuration with a uniform diameter or width along its length. In other embodiments, thebody 50 may have a non-cylindrical configuration, such as conical shape, or may have an oval, square, rectangular, polygonal, etc. transverse cross-sectional shape. Such non-cylindrical configurations may have a uniform or non-uniform width or transverse dimensions. The diameter or width of thelight source body 50 may range from ¼ inch to 2 or 3 inches (6.35 to 50.8 or 76.2mm). In particular embodiments, the diameter or width of thelight source body 50 may range from ½ inch to 1 ½ inch (12.7 to 38.1mm). - In the embodiment shown, the
light source body 50 is formed from a cover orlight housing 52 that is formed as a cylinder having ahollow interior 54, although thecover 52 may have different configurations, such as those described previously for thelight source body 50 in the preceding paragraph. The walls of thecover 52 are transparent or translucent to allow the passage of light from the interior 54 to pass therethrough. In certain embodiments, the walls of thecover 52 are a white translucent material, although colored transparent or translucent materials may also be used. Examples of suitable materials for thecover 52, include plastic or polymeric materials, such as PVC, acrylic, polypropylene, polyethylene, PETE, etc. Thecover 52 may be formed as or act as a light diffuser. - In the embodiment shown, an elongated support member or
core 56 is located and housed within theinterior 54 of the cover orlight housing 52. The elongated support orcore 56 may extend along the entire length or a portion of the length of thecover 52. In certain applications, the support orcore 56 may extend from 1/4, 1/3, ½, 2/3, to ¾ of the length of thecover 52 from either the distal end or proximal end of thelight source assembly 16 or may be located at a position between but spaced apart from the distal and proximal ends of thelight source assembly 16. - The support or
core 56 may be formed in a cylindrical or non-cylindrical configuration, which may the same or different than the shape or configuration of thecover 52. The configuration of the support orcore 56 may be that provides the necessary functionality of the light source assembly as described herein. In the embodiment ofFIG. 6 , thecore 56 is secured within thecover 52 by means offasteners core 56. In this instance, the core is secured and extends from the distal end of thecover 52 toward the proximal end. Anend cap 62 closes off the upper or distal end of thecover 52. - Secured or coupled to the support or
core 56 are a plurality oflight source elements 64. Thelight source element 64 may be a single element or a plurality of lighting elements that function as a single element in that they are located in close proximity to one another such that they appear as a single distinct source of light. The light source may be any electrically powered light source that is capable of functioning in the manner described herein. Particularly well suitedlight source elements 64 are LED lights, which are small in size but produce a great amount of light while requiring little energy. They also have a very quick response time with little delay in the activation and deactivation so that they can be turned on and off quickly. - As shown, the individual
light source elements 64 are used as a set and are mounted to and spaced apart along a flexiblelight strip 66, which may also includes wiring or flexible circuitry for powering thelight source elements 64 of thelight strip 66. The light strip may use surface mount device (SMD) LED light sources that are mounted to a flexible circuit board formed as an elongated flexible strip. Such LED light strips or tapes are commercially available. Thelight strip 66 is electrically coupled to thelight control assembly 30 andpower supply 40. Thelight strip 66 is secured to the support orcore 56. In the embodiment shown, thelight strip 66 is helically wrapped around the elongated support orcore 56 so that the light sources cover all sides (360 degrees) of the support orcore 56. In other embodiments, it may be secured so that it extends generally longitudinally along the length of the support orcore 56 and along different sides so that the light sources are visible from all sides of thelight source assembly 16. One or morelight strips 66 may be secured to the support orcore 56. - The
light source elements 64 of eachlight source assembly 16 may be the same or different, providing a different light, color or appearance. In many applications thelight source elements 64 will be used as a set with multiple light source elements in each set, and with each light source element of the same set providing the same or a similar light to the other light source elements in the set. This may be the same color, intensity, etc. In some embodiments, thelight source assembly 16 may have only one set of light source elements that provide the same or similar light. In other embodiments, different sets oflight source elements 64 ormultiple strips 66 having different light source element sets may be secured to the support orcore 56, with eachstrip 66 having sets oflight source elements 64 that provide a different type of light, color or appearance from other sets oflight source elements 64 or other light strips 66 used with theassembly 16. Alternatively, thesame light strip 66 may have different sets oflight source elements 64 that provide a different type of light, color or appearance on thesame light strip 66. In such instances, different wiring or circuitry may be provided within thesame light strip 66 to power the differentlight source elements 64 or light source sets to provide the desired lighting effect. - Where the
cover 52 is a white translucent cover, different colors may be provided by the type and particular color of thelight source elements 64. In other embodiments, however, thecover 52 of each light emittingdevice 12 may be a non-white colored translucent material, with thelight sources 62 of eachdevice 12 being the same (e.g., white light). In such cases, it is thecover 52 that provides the different color for thelight emitting device 12. - One of the problems encountered during the development of the present invention was that certain light sources of light emitting devices did not provide sufficient illumination in conditions where there was bright sunlight or ambient light. Therefore a sufficient light source that could illuminate the
light source body 50 was needed to ensure that thelight source body 50 of thelight emitting device 12 could be readily seen and it could be quickly determined whether the light emitting device was illuminated or not illuminated. The use of the whitetranslucent cover 52 in combination with bright LED lights, of various colors, housed within theinterior 54 of thecover 52 facilitates this. The brightness of the LED lights or light sources is enhanced by the translucent white material of thecover 52 when activated so that thelight source body 50 is illuminated. - In particular embodiments, there may be from 10 or more individual light source elements 64 (e.g., SMD LED light source elements) in a single set of light sources to provide sufficient light to light the
light emitting device 12 so that it has sufficient brightness. In certain applications, there may be from 20 to 120 or morelight source elements 64, which may be LED light sources, such as SMD LED elements. This number may be for a particular character of light, such as the same colored light. If different lights (e.g., a different color) are used with the samelight source assembly 16, the same number or a similar number may be used for each different set oflight source elements 64. In particular embodiments, the sets oflight source elements 64 provide from 5, 10, 15 20, 30, or 35 lumens to 50, 75, 100, 150, 200, 300, or 350 lumens or more per inch (2.54 cm) of length of thelight emitting body 50. In certain embodiments, thelight source elements 64 provide from 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90, or 95 lumens to 100, 105, 110, 115, 120, 125, 130, 135, 140, 145, 150, 155, 160, 165, 170, 175, 180, 185, 190, 195, or 200 lumens per inch (2.54 cm) of length of thelight emitting body 50, and any range therein. This may be along all or a portion of the length of thelight emitting body 50. In an embodiment of the invention that has been found suitable for the device, each individual light source provides from 10 to 35 lumens. This may provide from 10 to 50 lumens per inch (2.54 cm), which in turn provides from 100 to 2000 lumens per light emitting device. - While the above describes particular forms from the
light source assembly 16, it may have other forms as well. Thecover 56,core 56, or other components forming thelight source body 50 may be formed as a light pipe or a fiber optic material so that thebody 50 can be illuminated by a single light element or very few light source elements, which may be positioned at various positions to provide the effective illumination of thelight source body 50. - Referring again to
FIG. 1 , thesystem 10 includes multiple light emittingdevices 12 of the type described previously. Eachlight emitting device 12 of thesystem 10 may be configured to provide a different light that has a visually distinguishable appearance from the otherlight emitting devices 12. This may include a different color, a different intensity or brightness, or a different lighting sequence. As far as lighting sequences, this may be a flashing sequence where light source elements of eachdevice 12 flash at different rates or multiple light source elements are activated in different patterns, such as lighting in sequence up or down the length of thebody 50. - In many applications or embodiments, the
light emitting devices 12 of the system will provide a different color of light. This may include white, blue, green, red, pink, yellow, and orange (amber). Different distinct combinations of colors may also be used for the light sources of each light emittingdevice 12. Thus, one light emitting device may use red and green lights, another blue and white, etc. In this way, various unique combinations may be used so that each light emitting device provides a different visual appearance from the others. In some embodiments, each light emittingdevice 12 may be capable of providing multiple different colors but it may be used or programmed to selectively provide only certain colors, with the otherlight emitting devices 12 of the same system being used or programmed to provide a different visually distinguishable appearance from multiple different colors. - Referring to
FIG. 7 , acontrol device 70 is provided with thesystem 10. This may constitute a primary controller that is used by a coach, instructor, supervisor, overseer, etc. In its simplest form, thecontrol device 70 is electrically powered and includes atransmitter 72 for transmitting a signal to thereceiver 32 of thelight emitting devices 12. The signal may be a wired or wireless signal so that thecontrol device 70 can be used remotely and spaced a distance from thelight emitting devices 12. In most applications, thecontrol device 70 signal will be wireless signal, such as such as IR, radio wave, Bluetooth, etc., as has been discussed previously. Thereceiver 32 may activate the light switch or relay 34 of thedevice 12 to activate or deactivate thelight source assembly 16 or it may provide input to the computer/control module 36, which in turn activates the light switch or relay 34 to activate thelight source assembly 16. - A
control device interface 72 is provided with thecontrol device 70 and has different selection options orbuttons 76. Each selection option may correspond to aparticular device 12 of thesystem 10. Thus, referring toFIG. 1 , eachbutton 76 may correspond to one of thedevices 12. As shown inFIG. 1 , thedevice 12A emits a red light, thedevice 12B emits an orange or amber light, thedevice 12C emits a green light, thedevice 12D emits a blue light, and thedevice 12E emits a pink light, anddevice 12F emits a white light. By selecting the option orbutton 76 to activate thedevice 12A, thedevice 12A will illuminate and emit a red light. Theother devices 12B-12F may remain deactivated or non-illuminated. Selecting the option orbutton 76 of theinterface 74 to select anotherdevice 12 will activate that particular device so that it is illuminated with its particular color. For example, the control device user may select the option orbutton 76 fordevice 12D. A control signal is transmitted to thedevice 12D and thedevice 12D is illuminated with a blue light. Thecontroller 70 may also transmit a signal simultaneously to thedevice 12A so that it is deactivated and the white light ofdevice 12A so that it is no longer illuminated. In an alternative embodiment, when thedevice 12D is activated, it may transmit its own signal through the transmitter 39 (FIG. 4 ), that is received by thedevice 12A through itsreceiver 32 that causes thedevice 12A to be deactivated. An on/off switch may also be provided with thecontroller 70 to deactivate all thedevices 12A-12F. - In another embodiment, the
controller 70 may be programmed so that one or more of thebuttons 76 controls a combination of two or more of thedevices 12A-12F. Thus, in one example, pushing onebutton 76 may activate two adjacent devices, such as 12A and 12B. The activation or lighting of theseadjacent devices devices 12A-12F may be activated in this way, with each combination forming a gate or gateway through which a participant may pass or otherwise interact. Additional sets of devices beyond thedevices 12A-12F may also be used to provide additional lighting devices or gates. - Referring to
FIG. 8 , acontrol device 80 is shown in the form of a mobile device or tablet computer having a display screen 82 that also functions as an interface with various inputs, control options orbuttons 84 for controlling thelight emitting devices 12 of thesystem 10, as described with thedevice 70, may also be used with thesystem 10. Application software may be provided on thedevice 80 for use with thesystem 10 and may provide additionally functionality, such as programming thedevices 12 and features associated with thesystem 10, such as data collection from data generated by thesensor module 38. Thedevice 80 provides a wireless signal (e.g., Bluetooth) to control thedevices 12. - In some embodiments, the
control devices system 10 ordevices 12. For instance, these options may include the number oflight source elements 64 that are activated or deactivated on each light emittingdevice 12 or the amount of time eachlight emitting device 12 orlight source elements 64 are activated or deactivated. A random option may be provided and thesystem 10 may be programmed so that light emittingdevices 12 andlight emitting elements 64 are randomly activated or deactivated in a random mode of operation. Combinations of thelight emitting devices 12 may be activated or deactivated, such as a pair of devices that provide a gate or gateway. Thecontrol device devices 12 that are each capable of displaying different colors or light characteristics can be selected to display a particular color or light characteristic. A time selection may also be provided so that thesystem 10 can be operated for a selected period of time wherein one or more of thelighting element devices 12 are activated at the start of the selected time period and the final lighting element devices are deactivated at the end of the selected time period. - Referring to
FIG. 1 , in an example of use of thesystem 10,multiple devices 12, such asdevices 12A-12F, are positioned on aplaying field 14 or other area in a spaced apart arrangement. Here, thedevices 12 are spaced apart several yards (e.g., 5 to 20 yards) away from one other over a large area or playing field. These may be arranged in a variety of configurations. As shown inFIG. 1 , thedevices 12A-12F are arranged in ring so that there is a large open center. Game players, trainees, orparticipant users 86 of thedevices 12 are shown positioned within the center of the ring. Here eachparticipant 86 has a ball, such as a soccer ball or basket ball. Because thedevices 12 are spread out over a large area, the player orparticipants 86 will have to be vigilant keeping their eyes and peripheral vision on thevarious devices 12 to determine when one or more is activated. A coach, trainer, supervisor, oroverseer 88 with a control device, such as thecontrol devices light emitting devices 12. Thus, for example, the coach or overseer 8 may activate thedevice 12C so that it is illuminated with a green light. The activation of thedevice 12C indicates to the players orparticipants 86 that a certain action is required. In one embodiment of use, eachparticipant 86 is required to move with the ball (e.g., by kicking or dribbling) toward thelight emitting device 12C. Once the first player or participant reaches thedevice 12C, the coach oroverseer 88 may activate anotherdevice 12, such asdevice 12A where thedevice 12A is illuminated with a red light. This indicates to the players/participants 86 should now move with the ball to toward thedevice 12A. - As discussed earlier, activation of one
device 12 within thesystem 10 may cause the deactivation of theother devices 12. Thus, when thedevice 12A is activated, as in the example discussed above, thedevice 12C is automatically deactivated. In other embodiments, sensors (e.g., proximity sensor) of the sensor module 38 (FIG. 4 ) may sense that a player or participant has reached, encountered, is in close proximity with, or has otherwise engaged thedevice 12C. This may be a touch or non-touch sensor, such as light beam sensors that are activated when the light beam is interrupted. Thedevice 12C may automatically transmit a signal, such as throughtransmitter 39, to anotherdevice 12, such asdevice 12A, so thatdevice 12A is now activated. Thesystem 10 can be programmed to provide such automatic functioning such that the controller oroverseer 88 may not have to manually control the activation of theindividual devices 12 with thecontroller control device devices 12 function based upon preprogrammed instructions that activate and automate theindividual devices 12 in certain ways, sequences, patterns, sequences, and the like, which may be random or non-random. - Any one or more of the
devices 12A-12F may be activated, by programming or otherwise, for a preselected period of time. The selected period of time (e.g., 3-15 seconds) may vary based upon the size of the playing field, with larger playing fields having longer activation periods to allow players to interact with the device. The periods of activation may also be varied based upon the age of the players or participants, with longer periods of activation being provided for younger players or children. - Referring to
FIG. 9 , in another mode of use, thesystem 10 wherein thelight emitting devices 12A-12F are arranged similarly to that ofFIG. 1 , although other arrangements may be used, aplayer 86 with a ball, such as a soccer ball or basketball, is positioned in the center of the ring formed by thedevices 12A-12F. Other players orparticipants 90 are positioned near one of the spaced apartdevices 12, so that eachdevice 12A-12F has aparticipant 90 positioned nearby. The coach oroverseer 88 with controller, such ascontroller light emitting devices 12A-12F. For example,device 12D may be activated so that it is illuminated with a blue light. This indicates to theplayer 86 that they should pass the ball to theparticipant 90 located near thedevice 12D. The player or participant may then pass the ball back to theparticipant 86. Theoverseer 88 may then activate anotherdevice 12, such asdevice 12F, and theplayer 86 would pass the ball to the participant located near thedevice 12F. Alternatively, the activation of thesystem 10 may be preprogrammed to provide activation and deactivation of thevarious devices 12A-12F so that this type of functionality is provided. - In another embodiment, the coach or
overseer 88 may instruct the participants that they are only to move toward or otherwise interact with adevice 12 when it displays a particular color or light characteristic. Eachdevice 12 may be capable of provide a multitude of different colors or light characteristics, including the selected light color or other characteristic (e.g., flashing, pulsing, alternating or changing light color, etc.). Thus, thedevices 12A-12F may be activated to display different colors or characteristics at different times but not the selected color or characteristic. When the selected color or characteristic appears on one of thedevices 12A-12F, theparticipant 86 would then move or interact with thedevice 12 with that selected color or light characteristic. This provides a more complex system in that the participant's will be distracted bydifferent devices 12A-12F activated and deactivated with eachdevice 12 being capable of displaying the selected color or light characteristic. Only when the selected color or light characteristic appears on one of themultiple devices 12A-12F would the participant then move toward or interact with that device. - Referring to
FIG. 10 , an alternate embodiment is shown wherein thelight emitting device 12 is incorporated with anobstacle device 92, with similar components labeled with the same reference numerals. Theobstacle device 92 may be that provided with aframe 94 and afabric material 94 covering theframe 94. Such playing field obstacle devices are described and shown inU.S. Patent Nos. 6,866,595 ;7,198,580 ;D550,313 ;D565,135 ;D579,504 ;D591,369 ;D603,003 ;D614,709 ;D611,556 ;D630,283 ; andD708,093 . Theobstacle device 92 may approximate in shape the front profile of a human head and torso. In other embodiments, theobstacle device 92 may have other configurations. - In the embodiment of
FIG. 10 , thelighting device 12 forms a support member for supporting theobstacle device 92, with the elongatedlight source assembly 16 orlight source body 50 extending along the length of theframe 92, as shown. In other embodiments thedevice 12 does not serve as a support member but may be coupled to thedevice 92 or a separate support member of thedevice 92 or thedevice 12 may be positioned adjacent or nearby thedevice 92. Thefabric material 96 may be mesh or other material that allows the light from thelighting device 12 to be transmitted therethrough. When incorporated with or used in conjunction with theobstacle device 92, it may function similarly to thedevices 12 previously described withmultiple obstacle devices 92 incorporating thelight emitting devices 12 may be used and used on a playing field in a manner similar to that described forFIGS. 1 and9 . - Referring to
FIG. 11 , thelight emitting devices 12 can also be used with or incorporated into a net or goal, such as thenet assembly 100. Thenet assembly 100 includes a net 102 stretched between supports 104. In this instance, at least one of thesupports 104 is formed from alight emitting device 12, with similar components labeled with the same reference numerals. In other embodiments, both thesupports 104 are formed by thelight emitting devices 12. In certain embodiments, the net 102 may be secured to thesupports 104 with elastic bands orcords net assembly 100 is similar to the SOCCER SLING SHOT™ or SOCCER REBOUNDER™, available from Soccer Innovations, with a website located at www.soccerinnovations.com, showing and describing such products. - Multiple
net assemblies 100 incorporating thelight emitting devices 12 may be used and used on a playing field in a manner similar to playingfields 14 described forFIGS. 1 and9 . In some instances, alight emitting device 12 may positioned near or adjacent to anet assembly 100 so that it is not incorporated into thenet assembly 100, but activation of thedevice 12 will be an indication that a player or participant should interact with the associatednet assembly 100. - In another embodiment, a speaker or audio device 112 (
FIGS. 2 and 4 ) may be provided with one or more of thelight emitting devices 12 of the system. Thespeaker 106 may provide an audio output at thelight emitting device 12. This may be provided in conjunction with the activation or deactivation of thelight source assembly 16 of thelight emitting device 12 or may be provided separately from any such activation or deactivation. The audio output may be provided prior to or after activation of alight emitting device 12 to provide an audio prompt that thelight emitting device 12 will be activated within a selected period of time or deactivated within a selected period of time. Thespeaker 112 may also provide an audio output with instructions or verbal communication. This may be provided by the coach or overseer through a microphone, which may be provided on thecontrol device controller - The
system 10, with thedevices 12A-12F, sensors (e.g., sensor 38), transmitters (e.g., transmitter 39), mobile devices orcomputers 80, etc., may be used to record data related to a player(s) or participant(s) times or performance with respect to the interaction with thedevices 12A-12F. This can include data from the sensors, as well as optical data, such as video of a player's or participant's performance taken with one or more mobile devices orcomputers 80, or with dedicated audio/visual equipment (not shown) provided with thesystem 10. The mobile device orcomputer 80 may be provided with a software program or app that facilitates such recording. This data and information may be further transmitted or published to a network, website, social media, etc. which may be private or public, local, national, etc., where the results can be viewed. The published data may be related to different individuals or teams and their performance so that they can be compared to one another. This also allows games and competitions to be conducted where remote users ofmultiple systems 10 can compete against one another, with the results being transmitted and published for others to see. - While the invention has been shown in some of its forms, it should be apparent to those skilled in the art that it is not so limited, but is susceptible to various changes and modifications without departing from the scope of the invention as defined by the appended claims.
Claims (15)
- A system (10) for sports training or game play comprising:at least two light emitting devices (12) that are selectively positionable at a selected spaced apart distance from one another, the light emitting devices (12) being coupled to a power source (40) and each having at least one electrically powered light source (16) that is powered by the power source (40), the at least two light emitting devices (12) each have a base (18) for engaging a support surface, and wherein each light source (16) is configured as an elongated body (50) having a length of 30.48 cm (1 foot) or more that is coupled to and extends from the base (18) and wherein each light source (16) comprises a plurality of individual light source elements (64), each light source element (64) being operable to provide 10 to 35 lumens ; anda controller (70, 80) that remotely and selectively controls the activation and deactivation of the light source (16) of each light emitting device (12).
- The system of claim 1, wherein:
each of the at least two light emitting devices (12) has a light source (16) that provides a visually distinguishable appearance from the other. - The system of any of claims 1-2, wherein:
the controller (70, 80) is a wireless controller. - The system of any one of claims 1-3, wherein:
each light source (16) comprises at least one light strip (66) secured to an elongated support or core (56) wherein either:(i) the light strip (66) is helically wrapped around the elongated support or core (56) so that the light source (16) covers all sides of the support or core (56); or(ii) the light strip (66) is secured so that it extends generally longitudinally along the length of the support or core (56) and along different sides; such that light from each light source (16) is visible from all sides. - The system of any one of claims 1-4, wherein:
the light source (16) is an LED light source. - The system of any one of claims 1-5, wherein:
the light source (16) includes a plurality of LED lights coupled to an elongated support member so that the LED lights are spaced along the length of the support member, and wherein the light source (16) includes an elongated translucent cover that surrounds the LED lights and elongated support member. - The system of any one of claims 1-6, wherein:
each of the two light emitting devices (12) has a light source (16) is a different color from the other. - The system of any one of claims 1-7, wherein:
the controller (70, 80) is programmed so that activation of one light source (16) causes deactivation of the other. - The system of any one of claims 1-8, wherein:
the at least two light emitting devices (12) each have a base (18) for engaging a support surface, and wherein the base (18) has a stake member for staking the light emitting device (12) into the ground or support media. - The system of claim 9, wherein:
the base (18) has a push member that can be engaged to facilitate forcing the stake member into the ground or support media. - The system of any one of claims 1-10, wherein:
there are at least three light emitting devices (12). - A method of conducting sports training or game play comprising:providing at least two light emitting devices (12) that are selectively positionable at different selected positions, the light emitting devices (12) being coupled to a power source (40) and each having at least one electrically powered light source (16) that is powered by the power source (40), the at least two light emitting devices (12) each have a base (18) for engaging a support surface, and wherein each light source (16) is configured as an elongated body (50) having a length of 30.48 cm (1 foot) or more that is coupled to and extends from the base (18) and wherein each light source (16) comprises a plurality of individual light source elements (64), each light source element (64) being operable to provide 10 to 35 lumens;providing a controller (70, 80) that remotely and selectively controls the activation and deactivation of the light source (16) of each light emitting device (12);positioning the at least two light emitting devices (12) at selected spaced apart distances from one another;using the controller (70, 80) remotely to selectively activating the light source (16) of one of the light emitting devices (12) while the light source (16) of the other light emitting device (12) is deactivated to indicate to a participant trainee or game player that a certain action is required; and thenactivating the light source (16) of the other light emitting device (12) and deactivating the activated light source (16) of said one of the light emitting devices to indicate to the participant trainee or game player that a different action is required.
- The method of claim 12, wherein:
each of the at least two light emitting devices (12) has a light source (16) that provides a visually distinguishable appearance from the other. - The method of any one of claims 12-13, wherein:
the light source (16) includes a plurality of LED lights coupled to an elongated support member so that the LED lights are spaced along the length of the support member, and wherein the light source (16) includes an elongated translucent cover that surrounds the LED lights and elongated support member. - The method of any one of claims 12-14, wherein:
there are a plurality of light emitting devices (12) that are spaced apart and positioned to define a perimeter that surrounds the participant trainee or game player with the participant trainee or game player being located within the perimeter.
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PCT/US2018/012970 WO2018132381A1 (en) | 2017-01-12 | 2018-01-09 | Light emitting sports training and game play system and method |
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US11691061B2 (en) * | 2018-12-07 | 2023-07-04 | Sehat Sporting Goods LLC | Heads up sports training system |
WO2020118298A1 (en) * | 2018-12-07 | 2020-06-11 | Sehat Sporting Goods LLC | Heads up sports training system |
CN111068272A (en) * | 2019-12-27 | 2020-04-28 | 上海玩星信息技术有限公司 | Interactive shooting machine and control method thereof |
IT202000002221A1 (en) * | 2020-02-05 | 2021-08-05 | Italgreen S P A | TOGETHER FOR THE CREATION OF A PADDLE COURT |
CN114984537A (en) * | 2021-03-02 | 2022-09-02 | 凯澜 | Real-time physical training system and method |
HU5686U (en) | 2021-04-12 | 2023-12-28 | Nort Complex Pro Kft | Display device for improving cognitive, conditional and coordinational abilities |
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US20230084889A1 (en) * | 2021-09-15 | 2023-03-16 | Clinton Simmons, JR. | Sensor-operated basketball training system |
US12005334B1 (en) * | 2022-03-21 | 2024-06-11 | DribbleTEK, Inc. | Dribble training system and method of use |
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US6213781B1 (en) * | 1996-05-23 | 2001-04-10 | Technical Education Research Centers, Inc. | Educational game using selective light displacement to teach physical concepts |
AU2004255366B2 (en) * | 2003-07-14 | 2009-06-25 | Fusion Sport International Pty Ltd | Sports training and testing methods, apparatus and system |
CA2536020C (en) * | 2006-02-13 | 2014-09-09 | Mark Weber | An interactive sports training device |
US7951045B1 (en) * | 2008-07-03 | 2011-05-31 | Jason Brader | Multi-functional athletic training system |
NL2003129C2 (en) * | 2009-07-03 | 2011-01-04 | Ubbink Garden B V | LIGHTING DEVICE. |
US8858371B2 (en) * | 2011-07-06 | 2014-10-14 | Andrew Rockoff | Light'em up: football QB trainer |
GB2499425A (en) * | 2012-02-16 | 2013-08-21 | Gregory Mattock | A spatial awareness training device with a plurality of timed lights |
US20150113842A1 (en) * | 2013-10-30 | 2015-04-30 | Lyle Suhr | System and method for illuminating a sports field |
US9266002B2 (en) * | 2014-04-04 | 2016-02-23 | Alex H. Dunser | Soccer training apparatus |
US20160296801A1 (en) * | 2015-04-07 | 2016-10-13 | Aldo De La Garza | Exercise system |
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