CA2797151A1 - Interactive modular aerobic training system - Google Patents

Abstract

The invention is a modular fitness system integrating various sensors which communicate the information of force, speed and time, via a computer program to a smartphone, owned by the user. All the sensor information is translated into useful information for the interactive application specially designed and installed on the user's smartphone. This application gives the user various functions such as games, pre-programmed routines, music creation software or simply training reports. This invention aims to stimulate users in their training by entertaining them and providing them with effective, accessible, safe, innovative and extremely entertaining training modules. It is a set of interactive, complementary and digitally assisted modules. These modules are designed to provide a large number of routines and training objectives. For this reason, the invention is a series of objects and methods intended for interactive multi-functional equipment for physical activity.

Description

=
TITLE OF THE INVENTION
MODULAR INTERACTIVE AEROBIC DRIVE SYSTEM
By this patent application, the inventor confirms that he is in truth and of good faith, the inventor of the invention and its modules described here.
INVENTOR
ÉRIC LAVALLÉE
4477 BRÉ. ', BEUE
MONTREAL (QUEBEC) H2J 3K8 DEFINITIONS
Here placed in a general-to-specific order, important terms of the present description.
= SMARTPHONE
Smart phone, usually with a touch surface with capabilities of radio frequencies activated by an operating system that can be of type i0S, Android, Mobile window or other system of the kind.
= the ABLETTE
Touch-screen computer tablet having a larger area and usually a greater power of information processing than a smartphone. As well, just as the smartphones, they have WiFi, Bluetooth or other signal capabilities similar and are enabled by an operating system such as i0S, Android, Window, Linux or other system of the kind.
= OPERATORS
Operators are owners of training halls, usually acquirers of modules that they make available to members of their clubs, users.
= USER
One who practices physical exercise with the modules of the invention.
To take advantage of the invention, he must have a smartphone and the application designed for this purpose in order to activate and to control the module or modules he wants to use.
= APPLICATION
The word application is here used in the sense of a computer program intended for one or more tasks, executable from a computer, tablet or smartphone.
Notwithstanding the previous one, the word application is used in the sense of the application of a layer gel or glue. In these specific contexts, the indication is clear in the exceptional sentence.
= MODULE
A module is a piece of equipment of the invention and can be used alone or with others modules to generate movement, strength, duration and amplitude that will be transformed into useful information for the smartphone application of the user.
= CLASSES
The modules are divided into two classes which, when purchased, are intended for two consumer groups ers. Heavy modules are intended for operators and light modules, users.
In both cases, it is the users who use the modules. In the first case, this will be at the operator's gym and in the second.
the user, owner of the equipment, will use the equipment wherever he chooses.
= TRAINING ROOM
The training room, in the context of this patent application is a club type room where an operator makes equipment available training to users generally after collecting a membership fee.
= COMPUTER CENTER
The term central computer is used here to describe a integrated IT structure to a module whose function is to connect to the sensors and to control, regulate. The centers trales usually contain one battery, several sensor sensitivities accelerometers, a piezo component, circuit, chips and connector.
= PASTILLE
The pellet is where the computer center is housed. She can to be permanent or removable ible. It fits into a receiver placed on the modules of the invention creating a connection with all the sensors of the modules.
BACKGROUND OF THE INVENTION
The invention is a physical training system, generally used in a gym using training machines and incorporates a composition of sensors so the make interactive.
It affects the market of training machines. More specifically, machinery interactive physical training with communication capabilities with smart-phones.
The invention, the first reference module of which is the striking cushion, offers the user an interesting session giving him the chance to be musically creative with his sessions aerobics and bodybuilding. The user controls audio loops, in hitting on the cushion drive to places and accurately. He can also, of the same way, make sounds of percussion instruments that he will hear in his trendy headphones to his smartphone.
He can wield a character, destroy virtual walls and participate in several video games, alone or in a group. using the cushion as a video game controller.
The control of the resistance of the striking cushion and the rhythm required by the game or music, with the tempo, offer a training session of the aerobic type or muscle, according to his preferences.
This first module can be used in combination with other modules in order to to have a variety in the movements, in the resistances and in the means to create an interaction with the computer system and the application. For example, a glove containing also sensors, will sound different if it is hit on a wall than if it is hit on the first module, the standard typing cushion.
Another example, a user can use the bouncing ball module with the gloves and will have a different interaction if he catches the ball with his left hand or the right, information deduct-by the application by analyzing the data of the gloves and the ball.
Impossible thing to do with the ball alone.
If the principle of marrying technology and training equipment is not new and the assembly of traditional equipment with type appliances smartphone is already in courses, their duties are often limited. For example, several machines training are have touch screens and have connection capabilities with smart-type devices phones. Their functions are limited to downloading data of training (speed, duration, degree of resistances, etc.) and access to the song bank that the user has loaded into his smartphone. He can, with this interface, manage the listening of his music directly on the screen control of the training device (treadmill, stairs, rowing machine, etc.) with an interaction limited with the device itself.
Also, they may already have their preprogrammed sessions in a key (systems proposed by TLCIINOGYM) that allows you to settle in a training machine (ecliptic, steps, carpets wheel, etc.), insert the USB type key into a slot on the machine for our data are automatically taken into account so that the machine, and its software offer a session training adapted to the needs and desires of the user.
If this system as a whole is ingenious, it has two weaknesses. First, interactivity limit to a practical aspect. In addition, it is difficult to configure training sessions at the advance in the moments of transits.
The invention is in synergy with the new mobile technologies of information. It allows puts, from his mobile phone to prepare his training sessions to in advance, by going away at the gym. With this invention, there is a thousand ways to stay motivated with the games, programs musical creations, the opportunity to share a training with others users in addition to necessary and classic training reports presenting the statistics and progress.
Also, it is possible for users to create programs complete training and share them with other users either by email or by the use of networks social.
Some cushions are constructed to allow users to strike directly on cushions without protective gloves. The low or medium cushion resistance is enough soft to absorb the punches of the punches on the surface so as not to hurt the bones, the skin and the joints of the hands during a rigorous strike the user. Has higher resistances, the invention via smartphone recommends the use of gloves. The resistors offered by the standard module are intended for general audiences who want to practice striking sports with aerobic benefits and toning without the risk of injury.
The F modules in gel with fixed resistances of level I to 3 are also intended.
High performance R, C modules have higher resistances, these modules are boxers and martial artists who want to work their strength brutes and their endurance.
Their safe uses require the same precaution as traditional equipment and require the use of gloves, leggings or others.
The invention and its modules are also intended to bring together users during their training with its possibilities of group interactivity. They could, in the case of a simulation of Japanese Tam-Tam, select the sound of their instruments, their volumes just like the sounds of their training partners. They can hear the jam of a personalized perspective.

They do not have to be side by side, an intelligent system of synchronization of sounds play network, all over the planet.
The object of the invention is to create a training system exciting, creative and ever changing interactivity.
The invention uses a combination of sensors to have information adapted to the intention of the user. Pressure sensor indicates force, accelerometers inform on the speed, the piezo presents the quality of the impact with the information sound and finally the tensiometers indicates the deformation of the module.
These sensors are connected to one or more computer preprocess the signal into depending on the purpose of the application used. Ex. A video game would require type information the striking force, the central transmits only an indication of force, via the pressure sensor, to the video game application for this purpose.
The different types of sensors used together allow a accurate, fast interaction and organic due to an algorithm of averages and data recoveries selective.
THE LIST OF COMPONENTS MAINLY USED IN THE MODULES.
Each of the modules of the invention has a construction of its own.
But the invention as a whole, uses in each realization several bases.
Here is a list presenting these materials. If relevant, a short description accompanying gne list item and if necessary, a model number of a component is placed as a example. The examiners of this patent may refer to it for see the functions and specified model of intended components. The choice of these models is made in general and for descriptive purposes. This list can not limit the scope of the invention in relation to examples given here.
RAW MATERIALS
Rubber Rubbers are used to cover and reinforce the elements of modules. Also, they are used in connection tubes, as seals, as inner tubes and as a separate in the multilayer system of the invention.
Some of these rubbers can be vulcanized.
Also, their extensible properties are used in the manufacture of modules D and E.
polymers Polymers offer alternatives to rubber.
gels Gels in solid forms are used as the absorption element of shocks. It is used in combination of other materials to create a custom dispersion.
Aluminum For structures, covering panels of heavy modules. On the handlebars Lightweight and in the components of AS media modules.
Steel Like aluminum, steel is used as materials for structures. Also, he can be used in strengthening sections.
Also, a steel disc is considered as hermetic system during the manufacture of tions.
Kevlar fibers Kevlar fiber is used to reinforce pressurized materials such sections and strike zones.
Also, in very thin layer, it can be used as underlays in the multi-system layer.
Elastic fabrics Elastic fabrics are used in the manufacture of canvas modules elastic. Also elastic bands are often integrated. Some of these bands can be conductive.
Conductive fabrics Conductive fabrics can be used to create circuits between modules.
leather Leather can be used as a luxury upholstery surface. Resistant and beautifully crafted, he however, has the disadvantage of eliminating some raw data options.
wetsuits These materials are used as impact absorption elements additional, as equipment for grips such as dumbbell handles.
ELECTRICAL COMPONENTS
engines Electric motors are installed to create localized voltages at using cable. A
system of gears, belts, cables can distribute the energy of the multi-engine ments.
Transformers Transformers measure the currents along the wool of the components.
Pneumatic valves Pneumatic valves, usually solenoids, control the energy pneumatic. Arranged in groups, they are usually placed on the dispenser.
amplifiers An amplification system is placed when speakers are integrated in the sections.
Blocking mechanism Electronically activated blocking mechanisms maintain some mobile elements square.
wire A set of wires connects each of the electronic components of the module to the central information matic.
OF THE
LEDs are used for equipment identification purposes or interactivity.
ELECTRONIC COMPONENTS
Motion detectors Motion detectors come in the form of a chip easily integrable into a cir-cooked printed. According to the specified models, their sensitivities and perceptible orientations vary from 1/10 of more than 500 g and from one to six axes. Ex. Commercial : ADXL193 Mechanical pressure sensors The technology envisaged is that of the film which integrates perfectly with the function of the invention and is often placed between the covering layer and the striking surface of a section. Ex.
commercial: FlexiForce Pneumatic pressure sensors Generally piezo, these transducers communicate the pressure received electronically.
Infrared proximity sensors The whole of an infrared del system and a sensitive video sensor. They are usually integrated into the attack simulation system to determine whether the user has put himself in defensive.

Bending detectors The bending detectors are integrated on the edges of the envelope and some points of the canvas.
Commercial Ex: SEN-08606.
Stretching detectors This type of detector is in the form of fabrics or bands elastic. Once stretched, their resistances diminish. By integrating it into a circuit, it is easy to determine the stretch depending on the resistance.
Video cameras Video cameras are webcam type. so small formats and their resolutions vary. They can be low resolution or high definition.
Piezo microphones Very sensitive piezo microphones are integrated into the equipment in order to calculate, with sound friction and impact information of the modules.
Battery Portable power sources, they are rechargeable and integrated into computer centers lightweight modules and pellets.
CPU
A CPU is installed in all the computer centers of the system. With a board of circuit, it connects to all the sensors of the module it manages.
Cables, wires and connectors PNEUMATIC COMPONENTS
Inner tubes Tubes are made of rubber or flexible polymers reinforced by fiber structure that forms the chamber as needed.
Cable connectors Connectors are made of male-female assembly and allow a easy connection between all components.
Pneumatic cables A set of cables brings the compressor's pneumatic energy to each component of modules.
Quick latch connectors Where the air connections are temporary, quick latch connectors are installed.
LIST OF FIGURES
Fig. 1: Overview of main components and interaction generated by the systems computer.
Fig. 2: Overview of all the illustrated modules of this patent.
Fig. 3: View of the distinctive elements of the striking cushion A, in particular its overall appearance, sound basic support system and a close-up of its section.
Fig. 4: View of the distinctive elements of the striking cushion B, in particular its overall appearance, sound attack simulation system and a close-up of its double section inner tube.
Fig. 5: A presentation of the support structure of the B-pillow cushion and connections of air inlets.
Fig. 6: A general presentation of the difterent configurations configurations of the zones of strikes and catches sections.
Fig. 7: A presentation of the different components of a module envelope A, B and F.
Fig. 8: A presentation of the striking wall D and its auxiliary modules AY, Bi and BK.

Fig. 9: The semi-circle striking wall E with a front, top and the painting presenting the distinctive components.
Fig. 10: View of the distinctive elements of the module F, in particular its visual global, its system of BF fixation.
Fig. 11: Description of the multilayer construction involved in the manufacture of modules h, AQ, BP and BO.
Fig. 12: View of AT module, shield and pellets and receivers G, Ai, BR, BS modules and BQ
Fig. 13: View of the distinctive elements of module K.
Fig. 14: View of the balls I, J, AA, AG and the reloading system Y.
Fig. 15: View of the distinctive elements of the BM, N. AE and BN modules.
Fig. 16: View of R, s, T o and Q modules Fig. Fig. 17: Visual of the AU, BB and BA exercise tensiometric banding system.
Fig. 18: View of the specific elements of the BD, BI and P module Fig. 1 9: View of the elements of the boxing glove adapter AL.
Fig. 20: view of the armor U, the set of modules 0õP, R, S, T 'AL, AU, BA.
BB, BD, BI
Fig. 21: View of weapon simulations of AV, AX, BE, BG and BH modules.
Fig. 22: View of the thick cushion AO and the economic version of the module A, the AP module.
Fig. 23: View of the BT Basketball Basket Adapter.
Fig. 24: View of the adapters of pears V, tennis racket AI, sparrow AH and plank with wheels AK.
Fig. 25: View of the modular wall adaptation system W and sound X controller Fig. 26: Side view of two achievements of the physical rehabilitation module AM.
Fig. 27: Example of a MIDI frequency curve obtained by correlation of raw data different types of sensors.
ACCURATE DESCRIPTION OF THE INVENTION
A training system consisting of several interdependent modules based on on sensors of movements, pressure, forces and resistances installed on each of these modules according to their forms and functions. Each of these modules, once moved by the user, product sounds, play games, control a virtual character or anything simply record is the training statistics by hitting, throwing, stirring or by striking modules. It can also, in many cases, make the combination of two modules in order to have a different interaction than if they were used independently. Also, a only module can be used by multiple users. Ex. The ball of weight can be launched from one user to another.
The invention is based on a set of operating computer systems in synergy.
First, the modules contain a set of sensors and a central computer science that holds a power source and a WiFi antenna. Bluetooth or others.
Also, many of these modules have a USB port that can recharge the battery of the module and update the computer center.
For the sake of simplicity, we will refer to this overall set when description of each module under the word group computer.
The modular design of the invention requires, for use normal, whether there is a user, a smartphone and a complete module of the invention. The smartphone is provided by the user and software specially designed for use modules are installed among the smartphone apps.
Also, since most apps are directly related to music or sounds, a pair of earphones [fig. 11 102 is generally used and connected to the smartphone by all means ens available to have an immersive experience.
CONNECTING THE PHONE TO THE MODULES
The smartphone connects to the modules by different methods.
It is possible to scan for a WiFi code or Bluetooth in the turn from the phone and select the right from a created list, and proposed on screen, by the application. This last step is there in order to avoid eventualities where several modules are active in the immediate premises.
An LED can be placed on each module and this light emits a code of Morse type, one once it is activated in a localization procedure, and can be perceived by the camera of the smartphone to direct the user to the equipment. This distinctive code allows the application to locate specific equipment when more than one equipment is activated by different users.
Also, by hitting the smartphone on the desired equipment, it is possible, in comparing the accelerometers and sensors of the module and those of the smartphone, to see what equipment is hit and so selected by the user.
The user can reserve his place and his time of use of equipment made available to them by the operators. In doing so, if he is on the spot and has confirmed his presence he is warned of the availability of equipment and automatically connected by the central computer to this one.
A system releases the equipment of its user if the user is not present.
In the latter case, he can warn the next user on the waiting list and thus maximize the use of the modules.
There are two classes of module in the present invention, the heavy modules and the modules light.
The first class is heavy equipment that is characterized by a robust construction, of a set of technologies that generates a high cost. In addition, there are equipment that require the installation of an air compression system 110 or liquids his installation complex makes it an equipment that is intended for room operators drives. A system general air distribution system 109 transforms the air inlet of the compressor 113 in several secondary outputs 114 to feed the different modules.
The heavy modules are generally equipped with a central computer 107 of tablet types which manages the very numerous sensors arranged in these big modules.
In addition, this tablet manages the pressure valves of the distributor, system pipeline and distribution of air or compressed liquids.
Its complex construction and the quantities of sensors, valves and others items to manage make that the tablet is used. Indeed, the tablet releases the resources of the smartphone of the user who is busy running the application and its multimedia content.
In addition, heavy modules are not without risks. Their valves, their valves, their mechanisms my, their pressure levels must constantly be controlled, the tablet does this role in everything time, even without users around. The modules are of construction robust and can many times, but are also tires, and contain their risk shares, that's why the security aspect is looked at carefully in the module design pneumatic with the installation of safety valves throughout the chain of components under pressure.
Moreover, if a use is abusive for the construction limits of modules, the central computer will inform the user's application. He will then receive a first warning and if the situation is not corrected by the user, the module will deactivate and warn the operator of the situation. Before it can reuse the public modules, it will have to have the approval of the operator. This so that the operator can discuss with the user faulty, with this strategy, the operator will be able to determine if the user will be safe in the future.
Also, we can recognize the heavy modules on the reference screen 108 placed usually out arm's reach of the user, but placed so as to be seen by this last during his session drive.
The second class is light equipment which is equipment complementary to heavy equipment and is generally transportable, easily put into services and in the Mostly rechargeable. The computer center of the light modules differs that it is from smaller and manages only a limited number of sensors. Making that it connects directly-on the user's phone without going through a tablet like in the modules heavy.
Depending on the class of the module it will be the smartphone that will transform the information from different sensors and will treat them directly or it will be a tablet, or any other equipment computer system of the kind, which manages the information of said sensors and will transmit the information specific 106 of the current application.
The invention consists of heavy and light modules that can be used alone or together.
Here are the totality of the modules of the invention.
COMPLETE LIST OF MODULES
The first class, that of heavy modules, contains the modules from A to H.
A. The standard typing cushion B. The high performance impact cushion C. The configurable typing cushion D. The impact wall with soft and extensible surface E. The 180-degree impact wall with a flexible and extensible surface.
F. The hitting pillows in gel.
G. The traditional equipment adapter.
H. Multi-perception floor mats The module G is in this class even though. in fact, its size is very reduced it is made of to adapt heavy traditional equipment such as a punching bag, a man of wood or others.
In the second class, there are small modules, using technologies, affordable materials and manufacturing methods, of the order of price range, in 2011, in North American markets, from $ 35 to $ 2,500.
In the class of light modules, it is:
I. The rebound ball J. The weight ball K. Modular mini-blowers with compressible frontal surface L. The movement gloves.
Mr. ABROGÉ
N. The rhythmic dumbbell stick O. The wrist / leg / forearm / arm bracelets.
P. The shoe clips Q. The rhythmic bands A. Pressure knee pads S. Pressure elbow guards T. Quadruple face coining gloves U. The striking armor V. The striking pendant.

IO
W. The independent gel target X. Gel target connectors Y. Equipment loaders Z. The supports for mini-weighters and modules with compressible front surfaces.
AA. Crushing balls AB. Resistance handles AC. The catch of rhythmic escalations AD. Adaptation modules for rotating equipment AE. Equipment modules with variable weights in slats.
.AF. Adaptation modules for bicycles.
AG. The foot bags of aki rhythmic type.
AH. Badminton shuttlecocks.
HAVE. Rhythmic tennis rackets Have. The miniadapter for small equipment AK. Adaptation modules of skateboards AL. The adaptation modules of traditional boxing gloves.
AM.Rehabilitation Physical Modules.
YEAR. Overloads of L modules AO. The fast memory foam pads.
AP. The minimal typing cushions AQ. The projection mat AR. The rhythmic trampoline.
AS. The support module, extension or movements.
AT. The rhythmic shield Ah. Stretch belts with active tensiometer AV. The balloon knife.
AW. The protective helmet AX. The rhythmic mass AY. Reliable platform anchor AZ. Pulse sensors BA. The resistant band plastron BB. The glove for a hard-shell bib.
BC. REPEALED
BD. The climbing harness BE. The semi-rigid sword adapter LF. The simple distributor.
BG. The rhythmic nunchuks DRANK. Variations of martial arts weapons BI. Internal shoe soles BJ. Reliable foot anchorage.
BK. Reliable hand anchorage with headband.
BL. REPEALED.
BM. The pressurization system of the individual modules BN. Training paddles.
BO. Adaptation envelope for punching bag.
BP. The flexible wall to place on a real wall.
BQ. The micromodules of adaptations.

he BR Computer tablets.
BS. Battery tablet.
BT. The basketball basket adapter.
DRANK. The basket for modules I, J, AA and AG.
ZA. ZB, ZC, ZD, ZE, etc. Software applications.

DETAILED DESCRIPTION OF THE INVENTION AND ITS MODULES
OVERVIEW
The complete system (Figures 1 and 21 of the invention consists of a set of interactive modules the letters] with synchronized sensors to an application, installed on the smart-phone 105 of the user 103 or on a tablet 104.
The application takes into consideration the attributes of the available equipment 101/112 and proposes a series of sport routines in conjunction with the preferences and training objectives from the user to the latter.
The application uses the sensor data of the modules to control an avatar, to check the intensity of a movement or to capture the pressure of a blow in order to be interactive. Games, training routines, challenges and virtual battles are proposed to users so to keep their motivations during the session.
The common point of these modules is that they have sensor systems relating to their forms and functions and that a universal application connects them.
They can be used alone or in many configurations. Also a user can to train, alone or in a group, in a collaborative way or in competition.
The modules are divided into sets referred to their main functions.
In short, these functions are:
I. to be hit IA, B, C, D, E, F, H, AQ, AT, BO, BP, V];

2. to be set in motion [I, J, AA, AG, K, AB, N, AE, BN, L, 0, Q, AI, AKI;

3. to be used to hit [BE, BG, BH, AV, AX, AL, T];

4. Execute a particular movement IAR, AU, BT, AMI;

5. to adapt an existing equipment IBR, AJ, BS, BQ, G, AE, AN, BN];

6. to be a storage or maintenance system (Y, Z];

7. to be a software module 1ZA, ZB, ZC, etc.].
The modules are presented in logical groups of functions.
CONDUCTIVE FABRICS
Also, all these heavy modules, except the G, as well as the modules 130, BP, may be provided with conductive fibers in the covering envelope. Also, a system of connections connects fibers at the computer center of the module.
It is also possible to put two modules in contact in order to extrapolate other information primary from this contact information.
Also, on a smaller scale, some lightweight modules can be equipped with such fibers, too connected to their power stations. Generally, such a modification is useful in the modules made for hit another module. The modules K, L, M, N, Q, R, S, T, U, V, W, AA, AL, AO, AP, AQ, AR, AI ', AV, AW, AX, BA, BB, 13E, 13G and BL can all be equipped with this conductive material.
INFRARED IDENTIFICATION FABRICS [not shown]
A specially reflective fabric of the infrared spectrum can be chosen for the making mod-ule light to facilitate detection, during the attack simulation, defensive position of the user.
This detection is done using an infrared proximity detector.
This reflective fabric can be permanently installed or glued as adapter on the attack modules such as gloves or weapon simulations.
IDENTIFICATION IN INCREASED REALITY. [not illustrated]
Also, for identification and localization purposes, all modules may be provided with a Visible LED. This LED is activated at a particular frequency, capable to be synchronized to a video sensor. Here we mean a multiple that is compatible with the video frequency 1/30 sec, flashes relative duration will be necessary. R ex. 2 flashes at 1 / 1000th of a second will not be perceived by the camera. Frequencies of 1/15, they are.
It is therefore possible to have a selection procedure which facilitates the equipment location desired in the gym and this, in order to maximize users' time. This process begins by selecting a device, by the user, in the virtual inventory of the operator, available in his gym. The user accesses it through the main application of the system. Her him presents all the equipment available in the operator's gym.
The user chooses equipment among the inventory. Also, this selection can be automatic.
The application sends a signal to the device and activates it. He gives her a precise rate of luminescence of the DEIõ in the manner of a morse code.
By pointing the smartphone's camera in the gym, the application searches in space such a scin-bright light and nothing else. He can then direct, using a cursor that is superimposed to the image provided by the camera, to the desired transmitter equipment.
This LED is optional, but is, once installed on the system, an integral part of this last. This feature is extremely popular in large gyms where different team-available are scattered over a large area.
CAMERAS IN MODULES [not shown]
Whether with a pole or directly in the module, cameras can to be integrated to capture users in action.
These cameras are placed out of reach of shocks.
The cameras can be placed at the distributor by means of a pole. This camera in order to max-imiser perception can use a wide-angle format using a very short lens. Ex.
15mm focal length.
Cameras can also be installed in simulation minisections of pneumatic attacks ticks, alongside the motion sensor or in the slot, on the nozzle of the simulation system attack. In this case, they are sensitive to infrared and are used as a detector proximity.
On small modules, where possible and useful, cameras can be integrated.
Also, it is possible to use infrared-sensitive cameras from such that an option of thermography can indicate the body temperature of the user and use this data so to maximize the workout ..
The information from these cameras can be used by the ZX-2 module, which determines the virtual silhouette formed of all sensor information. This silhouette is often the final controller of the proposed video games.
MODULE A
To make module A functional, the operator must install and connect a air compressor 110, a main air inlet 113, a separator from the main air inlet 109 where the cables Individual air inlet 114 are connected.
A user who obtains a single module A, B or C of this invention can connect it directly on the individual air inlet cable 114 in a compressor.
The areas where the user must hit are the sections and the envelope.
Each of these areas striking is equipped with acceleration, tension, pressure sensors mechanical and pressure tires. It is by activating these sensors that the user reacts the application.
In A, an embodiment of the punching cushion [fig. 31 301 standards is consisting of an envel-oppe 302 reinforced support grid that surrounds sections 303 to form an outline whose side zones 304 are provided with sensors and are active areas where the user can hit, catch, pull, release to interact with the application.
The envelope 'fig. 71 may be semi-rigid permanent or with side tube (Fig. 71 701, for liquids or with gelatin 702 in the lateral areas. In both cases, sensors acceleration are at inside and a connection at the back transmits information from sensors to the distributor.
A flexible strengthening hoop 704 solidifies the lateral zones. The module A. B, C and F contains three main components that can be combined into forms and configurations, in particular, but not limiting, in oval, in hexagons, octagons, squares regular or stretched.
Also other polygons can be created with these three components that are the section, the distributor and the section envelope.
The individual air inlet tube 114 brings air to the distributor 1fig. 51 501 who, with the help of section receivers distribute air to each of the sections via the connector of sections. In the view from above, we see the air inlet at the top of the dispenser just like in the front view without the sections and the front view. In fact, given the oval shape of the punch cushion A, it is possible to turn 180 degrees! 31 305 for the air inlet to come from the ground to place of the ceiling, this to accommodate the different needs of facilities. Also, in order to vary the trainings there is possible to rotate 90 degrees to vary the surface and give him a configuration in width 306 rather than height.
UPPER LAYER OF TIRE RECOVERY.
In the case of modules A, B or C, an upper covering layer in gel can be placed between the tire and the cover layer. This layer superior gel for pneumatic is also equipped with mechanical pressure sensors 308 and of accelerators 309 and connects to the section through a socket designated in the section slot or directly in the section 311.
It can be placed directly on the typing area by the user and it is fixed on the ring Upper Section 310.
It aims to increase the comfort of the user during its impacts.
Also, it can be integrated into a section directly during production and permanently nent.
UPPER SLEEVE LAYER
Also, the striking zone of a section can be transformed into a shooting zone.
Sections! Fig. 61, 601, 604 and 605 are manufactured with a modification and are installed in the dispenser. The catch is permanent. We can hit her, but this is not his function first.
This grip offers a grip, that is to say a resistant protuberance and flexible, made in one seems of layers and frame, equipped with pressure sensors, accelerometers, twists and piezo strategically placed according to the same principles of energy distribution in layers of other sections and modules.
In its reinforcement 603, the tension principle is taken into account and protect the equipment abuse by a construction related to the use, in this case, the tension, main force.
This protuberance 602, if it keeps its sensor architecture, changes in shape according the training goal.
It can be a sphere on a large stem, a rat face or a handle of door.
The bottom line is that it is resistant to twisting and compression.
Also, an area may be recessed 606, forming in the striking cushion, which, in this case, is dual-purpose, that of being hit on the underside 607 or being caught and shoot by the 608 slot formed and reinforced.
MODULE F
The module F [fig. 101 is a visual copy of Module A.

The module F consists of sections 1001, envelope 1002 and distributor 1003.
I, sections of the module are made of multilayer gel or block and can be resistance fixed or variable. In the envelope a reinforcement system 1009 is made.
The sections of the module F 'fig. 61, like module A, can be constituted of one or one set of resistance zones within striking zone 609, 610, 611 and 612. These two areas can be of the same density or pressure. Also, in order to have a precise answer, from den-different pressure or pressure 614, 615 in order to transfer the forces of a given way.
The gel module F. may be provided with diaphragms [fig. 101 1004 allowing to vary the pressure if we. This diaphragm is placed at the bottom of the section.
A transducer 1005 varies the pressure exerted on the reinforced diaphragm inflating the gel 1006 of the section on which the user must hit 1007. This diaphragm can be released at the moment of the impact in order to give additional shock absorption by the area typing software report of sensor data.
The envelope of version F replaces each of the pneumatic chambers lateral 1008 of the version A and replace the air with a gel.
Here too, a reinforcement 'fig. 61 616 of Kevlar, steel or plastic just create the shapes precise of each of the cushions.
In the cushion 1 ', the pneumatic pressure sensors are replaced by a crowd of accelerometers 617 and mechanical pressure sensors 618. The sensors mechanical and accelerators are arranged in several places in the gel, more or less great depths.
They are retained by a grid 619 of a robust and extensible reinforcement placed, before the casting gel 620, in the rubber casing. Their positions are permanent and only move somewhat relative to the frost. This reinforcing grid keeps the sensors in their posi-tions without being displaced in the long term by repeated beatings of the user.
Also, in order to keep the accelerators in place, it is possible, not to use the grid previously mentioned and to arrange several layers of gel 621 by inserting each application, an accelerator or a mechanical pressure sensor according to the desired effect.
Different gel densities form different resistances. The user can place different sections in order to have a configuration of cushions and resistors that him please.
In this embodiment, the arrangement of the sections allows the user to use each of the parts of his body to activate the sections. He can therefore use his elbow and his fist in order to make quick combinations.
Like in module A, he can strike wherever he likes. He can hit on the striking areas, on the envelope, on the sides of the envelope. Also, if he has one, he can hit on the envelope of the distributor. Each of his shots will be transformed into information before turn into appropriate control, via the computer unit from the module to the application.
Also, another chosen embodiment presents the module F in one and only block. This model is at lower manufacturing cost. Sections and cushion form one block.
This version is provided with a plate at the back which allows the fixation directly on a wall or on any AS module.
THE MODULE BF
The simple distributor is a distributor made for the modules F. 1fig.101 A grid 1010, on which sections are fixed, retains the entire module. She can be right or in angles. it can be attached to any AS module or attached directly on a wall at the 1011 fixing aid provided for this purpose. The fixing points of such module are placed. at standard of the construction industry in the region where the module is in market, so that they align with the structure of the wall, directly in the beams 1012 from the wall. Ex. 16 inches in North America.
The BE module can be provided with flex points allowing a simple reconfiguration of the ule. Ex. to give a rounded shape, the two-point BF module bending is used.
Because attached to the dispenser by the sections, the envelope follows the shape desired.
Anchor points in the envelope structure can be used in order to facilitate the if we.
LIGHT SECTION WITH RETROPROJECTION 111011 shown]
Sections may be equipped with spotlights or lights allowing them to to indicate to the user what cushions hit.
1.1 is also possible to include a mini projectors inside each sections in order to project, on the internal surface of the section, images OHP. Obviously, due to luminous divergences in the gel, the result can not be in high definition. These retroprojects In general, they offer simple shapes and color schemes.
This system may have the function of presenting the user with commands training, a movement to make, a suggestion of routine or other.
LEDs can be placed and protected between multilayer overlays sections.
Also, light indicators can be placed on the periphery of each section, directly on the envelope. In such a way that the light is noticeable LEDs are achieved behind the sections of the striking areas.
In sections made of gel, it is possible to place LEDs between two layers of gel or in the reinforcement grid, just like the accelerators.
This embodiment requires that the covering layer be translucent to that the light of the LEDs, placed in the section, be seen.
SECTION WITH SPEAKER
Also, the installation of a speaker, is considered in another production. This speaker is able to produce high volume and is placed directly in the section, under the gel. It is located in a cage that protects it from pressure and transmits the sound waves to absorbent material the shocks.
This procedure can create a sensory effect of vibrations to sections and to the zones of strikes when a blow is sent.
Also, it includes the possibility of emitting a sound to identify an area strike or create an effect when the user hits said zone. This optional speaker, sub-means the installation, in the electronic chain, an amplification system for this high-speaker.
This process can be included in pneumatic systems.
REFERENCE SCREEN
A reference screen 'fig. 1] 108 at the top allows the user to have complete information training such as burnt energy, duration, intensity, name of his routine and other relevant information. Also, fighting games, memories, instructions or other interactive applications can be displayed.
This reference screen is optional.
This information can be accessed by the user via his smartphone or the screen of the tab-lette 107 of the module. The module F may not be provided with any tablet. The activating smartphone the entire device by radio frequencies. In version A, the tablet is strongly advise-in order to have optimum performance and ease of maintenance and diagnosis of ponents. The valves, the sensors, the many systems of module A must to be controlled actively to ensure the security of the system.
Also, a visor, present elements of augmented reality, which presents action to the user while letting him see the cushion.
This visor can be synchronized to the canvas by markers integrated into the latter, by a software calculation of motion sensor data, by mapping the ZX2 module or by a combination of these. This system may be independent or a extension of sinartphone. This visor can be attached to a helmet or placed on glasses.
Also, the smartphone system can connect to a tablet, a computer or TV
have the capacity to be the reference screen. A
support that can hold the tablet can be installed on the walls of the training room.
ATTACK SIMULATION SYSTEM
An optional system 1fig.41 401 allows to simulate a punch of a adversary so safe.
This is done by a jet of compressed air 402 directed at the user using a nozzle 403 placed in the module.
In this embodiment, the user must block the blow by approaching his 404 fists in position defensive, less than 30 cm from the outlet of the air jet, above a sensor Proximity 405 to 406. The speed of reaction, fixed according to the level of difficulty chosen, determines whether the blow is blocked.
The air jets are activated by valves connected to the manifold. The jets may vary in and intensity. In the first embodiment of the distributor, the spaces air jet are placed in the fixing triangles of module B.
THE DISTRIBUTOR'S COMPUTER CENTER
The distributor of module A contains a computer control system and a connection for Tablet. This tablet connection can be by cable or by waves. The system computer, depending on the application and the preferences of the user, activate the valves of the col-reader to get the air to hit pads and activate different mechanisms depending the needs of the training program. The main CPU is in contact with each of the cousins sins and all of their sensors and mechanisms via the cables of connection. The CPU of distributor gives raw data to the tablet that turns that data raw in data relevant to the current application of the user's phone. This way gives a speed of information processing by limiting the sources of information.
ifig.271 Also, the sensitivity of the responses is exponentially accurate thanks to logical grouping.
In the tables of acceleration information 2701, pressure 2702 and distance 2703 traveled. The three curves are slightly different at a stroke of sharp fist and held down by a user in one of the sections.
1 .., e CPU, through preprogrammed instruction for the application training with sequencer, to make music, will choose this information and make it a amalgam 2704 which maximizes the interaction and accuracy of the motion response so that the final signal, the MIDI 2705 correspond to the use of an instrument (attack, support the note and release).
The central computer is the manager of the raw data of the different sensors and their power supplies. Raw data means the sensor information after have seen his signal digitized by a converter.
Generally heavy modules are accompanied by a control tablet connected by a wire or wave, to the distributor.
This tablet is attached to the wall near the module.
Also, it is possible, when a large number of sensors is involved to distribute information different sensors with minicentral that do the pre-treatment raw data sensors.

SAFETY PROTOCOLS
As soon as a module fails, a signal is sent to the interface of the operator 111 for inform him of the situation.
As well. different security protocols check the pressure settings to ensure that the pressures of the different pneumatic components are in their zones of safe use to hush up. In doing so, the system ensures that all valves operate correctly and no Part of the module does not explode under extreme pressure due to failure mechanical or misuse of the user.
In the case of such a failure, the safety valve is electrically or mechanically released.
Its verification routines are written into the primary system of the distributor. We can put update these security routines through the software system.
The software system has multiple levels and contains several functions. He can be accessed by a web application, an application installed on a tablet, a smartphone or a computer.
Also, security protocols are established based on the results physical evaluation of the user who limit the resistances according to the previous ones results.
HYDROLIC VARIATION
In places and places of pneumatic energy, a hydraulic system comes vary the resistances.
According to the same principles and in a suitable way, a liquid replaces the air can be clear or gelatinous, depending on the desired resistance.
Such a system involves a source of hydraulic pressure, two approaches equip these two achievements are chosen.
The first requires the installation of a distribution system similar to the pneumatic version.
That is to say a chain of compressors, dividers and distributors.
The second contains a set of pistons that are assigned to each section. Each piston, when compressed, add pressure in the section and vice versa.
In such a system, a filling valve makes it possible to fill the liquid during installation components and closes during activation.
Pistons are activated by an electrical, mechanical or air system compressed.
THE LEVELS OF SOFTWARE ACCESS.
Level 0 ZA of the software system allows the manufacturer to obtain information on each any modules connected to an operator's system via the internet. This level software is suprau-user and has all rights and privileges on all data in the software system full. This is the unlimited access of the manufacturer. This level is for maintenance and upgrading software-level devices and even integrated circuits (bios). This level collects the data use and maintenance to determine optimal ways to use the equipment and increase their lifetimes. R ex. It will tell the operator to do a rotation of the to ensure that the cushions are struck evenly.
Level 1 ZB adjusts the unit and installs it.
This is the level of the operator and all the modules activated by the operator will be accessible by him via an application web or installed on his computer or on a personal server. The number of modules this level is unlimited.
Level 2 ZC is a limited version of Level I. This is the level of the unique user pos-sedant modules. With this software level, the particular user can change settings primary and control all of his equipment as can a operator. However, a limited number of modules of certain classes is allowed. Also, the number recurring users kidneys per module is limited.
Level 3 ZD is the software level of the user who uses a equipment of which a license level 1 or 2 software is already available. Level 3 contains all applications in interaction with the user. With these applications, the user can modify the settings of resistance of the modules within the limits of the parameter configuration primaries set by the operator.
Level 4 ZE is a limited version of Level 3. It allows you to familiar with the functions system and offers some possibilities for testing the system.
EQUIPMENT IDENTIFICATION CODE
Each heavy module can have a unique identification embedded in the circuit of each of the distributors. This code is necessary in order to obtain a user interaction and of the module. This identification is intended to make it impossible to copy produced by others non-licensed manufacturers. Also, this code can be used for Identification.
This code can be in a loaded flash memory before being included in the circuit of each of distributors or integrated in a software way during commissioning.
This identification code may be included in the same way in each of the sections for same reasons and functions.
This code can also be included in all modules to varying degrees.
MODULE B
Module B (Fig. 4 and Fig. 51) is the module made to use brute force intense. This range requests the use of 404 protective gloves to prevent injury.
Section system and dispenser are made more resistant to give an effect shock absorption more solid to the user. Generally boxers or martialists, the Module B users have a higher gross force than the user way. The distribution 504 has a gate 502 in which the sections 408 to nest perfectly.
This grid may be provided with a slit in the form of a cylinder, squares or other. In the realization chosen, a grid system with hexagons is presented supported by triangles 503 are presented.
The section, of identical shape to that chosen, is inserted into the grid of supports the 411 and glued or fixed to the bottom of the grid by means of bolts, a clip, glue, friction, by cable or by mechanical engagement.
Thanks to this method of fixing, the section is firmly linked to the distributor.
The bottom end 412 of the section contains connections to all electrical components tronics 414, tires 413, of the section of the module. The strike zone 415 can be covered with a covering material. Below the latter, it is find a system of independent tube. In this realization, it is limited to two subsections: one boundary sub-section 416, which encircles the central subsection 417.
Each of these sub-sections contains a set of sensors accelerometers 418, sensors of pressure 419, of connection 413 to the manifold, pneumatic pressure sensors 421, light system and of projection system independent of one subsection to another.
The collector must therefore provide, in this embodiment, two air connections by section. As well it can be provided with a single air connection and a valve system of dietary distribution fully integrated into the section and electronically controlled.
In all pneumatic sections and sub-sections, a active release 420 can be added so that each shot, some of the energy is removed in the air at the time of the impact so that the shots are amortized slightly so active.
Each of the subsections is formed of a molded and reinforced tire. All as in sections of the A / F module, it can be with Kevlar, steel, rubber or polymers.
The subsections are fixed to the hub 423 by means of rings 424 and notch 425 and hold the pneumatic sub-sections firmly and hermetically.
Tires are of complementary forms is the two subsections interact and distribute energy from one to the other during the shots. Taking all the data, the tires are configured at level of pressure and sensitivity of the many sensors. The hub is made of a metal or of a solid alloy. The hub consists of three parts: column 426, the turret 427 and the joints. Inside the column, the air inlets 413, the cables of 428 connections are surrendering to each of the electronic components of the subsections.
The valves and the connector cables are fed via parts of the hub, hermetically in each of the pneumatic zones. The pneumatic center and the first part inserted at the outside of the ring formed by the column. The column and the part inner ring are installed with a collar, via the outer part of the subsection Central.
Pressure zones are thus delimited.
These pneumatic subsections may consist of subsections for refine the answer of the striking section.
Then, in this embodiment, the outside of the ring is fixed to the outside of the ring formed by the turret. A notch in the ring allows the subsection to cling grace to an extrusion inside the ring. A contour ring comes to fix hermetically and firmly the tire of the ring.
Each of its subsections may be equipped, in order to better control the pneumatic responses and the shapes of the subsections, of cables 429 that can tighten, once entwined in a system rings fixed on the inside of the subsections and controlled by a blocking system and 430 engines. According to the configurations of said reinforcing cables, additional actions compression and shapes can be performed.
This ring of seal as well as that placed on the ring of the column are equipped with a bow same lateral dimension as the seal ring. This is to cover, under the upper part of the seal ring, the empty part creates between the two extreme points of voltage.
Pneumatic pressure sensors are set at different points in this realization, the round subsection is provided in five points. In the center and X, they are placed directly below the inner surface of the tire in envelopes preformed during the manufactured or glued thereafter. A protective grid 431 can cover, at the bottom of the column and the turret, the different mechanisms, valves and connectors, so to avoid, in the event of critically launches, that the fist of the user comes to strike in these said elements at risk of injure or damage the equipment.
Slots 411 that receive sections 408 line up with prisms which allow place the slots in a given configuration. Here, in this realization, triangular prisms 503 allow to fix the positions of the section slots so as to create the configuration standard.
This assembly is inserted in the cage 504 of the distributor which holds this together firmly.
The dispenser cage contains methods for easy access to components.
Can this method be by panels, by valves or by sliding doors.
At the end of the configuration, a 508 distributor envelope comes to cover all This distributor casing allows, by a system of connectors, to install a cushion general protection that will surround the distributor to prevent the user from does not hit a surface solid from the dispenser and does not hurt.
Module A, B, C and F attaches to any AS module via the distributor which contains a .fixation system 517 expressly designed for this purpose. Also, a system allows to fix a distributor to a pole, itself attached to the floor and the ceiling securely.
A cable and pulley system can also animate the module and create movements by and relaxation.
The hub is inserted into the section using a combination of methods.
The use quote, Rubber, guide section, collars and glue allows a permanent fixation. AT
the back of the section, the connectors are accessible in order to connect each of the sections on the distributor.
The rest of the system is based on the same structure as cushion A.
here the management of air inlets, sensors, security process, management computer resources of the module and link with the tablet and the user.
THE AS-MUR MODULE
Wall installations are less expensive, and allow for the use and make the space of walls of the training room. It is possible, here too, with the help of a wheel, crank, a fixing screw or motor 513 to lower and lower the module A, B, C, or F so to adjust it to the height desired by the user. This process can be manual or automatic by through a gear system 512 or belt. A blocking system mechanical, by friction or pneumatic holds the module once the desired height reached.
The amplitude of this movement from top to bottom can be variable, just order the stems secondary guide 509 and main 511 of the desired height.
This support is fixed to the wall by means of screws 510.
The AS module offers a connection of the module to the air inlet 117 and electrical 116 through two relative outlets 518/519, one at the top and one at the bottom. The passage of air cables is done in one of the main support tubes.
The support system 516 slides on the rods and supports the system of connection.
MODULE C [not shown]
Module C is a module, whose components, the same as module B
can be mod-in their general provisions. Each of the slots is modular and can be reconfigured with additional pieces of different shapes. Generally truncated pyramids, they allow you to create curves in a custom assembly.
These particular shapes are attached to each of the slots by screw, glue or by friction.
An envelope is formed according to the chosen configuration.
The bars can also be in a semicircle so that the area between two junction points either out of reach.
Also, a system of bars of different lengths is attached to the ends slots, form thus a grid. On each of the slots, junction points are placed at every corner (12 corners) of the hexagonal prism.
By placing a precise bar configuration at certain junction points.
Bars can be angled to anchor at each point junction.
A locking system keeps the structure in the desired position.
The bars can be provided with moving angles to accommodate different angles.
These bars can be provided with mechanisms of elongation and contraction in order to have a model that allows a configuration chosen by the user without resorting to a large number of different parts.
These bars can be provided with mechanisms of elongation and contraction automated people putting a dynamic motion of the module.
A more flexible and thick envelope is used in this type of embodiment, it is equipped with reinforcement circle that attaches to section entries. Also, the points junction can be placed around section envelopes and not necessarily at the corners to maximize contraction and extension movements of automatic systems.
At the junction points it is possible to add rubber washers who can be placed between each of the junction points and bars to add a flexibility in the structure ture of the distributor grille.
In this case, junction points are also placed at each corner of the section envelope so that a lower envelope comes to reinforce the structure and to be the last point of contact during a stroke that does not reach the strike zone of the sections. The envelope inferior Accelerator, tension and pressure sensors fill the envelope lower to give other sources of data in addition to protecting the user.
Also, a scale system can build a sub-envelope structure taking support one on the other in the case of dynamically animated structure. These scales have for principle of having a upper shell supported by discs surrounding each section.
In this system, the upper shell is always supported by the discs of each of the sections no matter if it is in extension or contraction. This shell supports the layer flexible envelope, avoiding a fist that does not reach a striking zone to crush the module envelope dynamic and touch one of the bars that forms the structure of the distributor of this achievement of module C.
A typing zone of module C, whether of type A or type B, may be consisting of one or several sections. An elongated striking zone may be formed of two overlapping sections to create a shape of the ideal hitting area for a kick lateral. In this case, a section can be an inactive section, without connectors. One section control the area of hit.
A modular envelope is also considered in the second embodiment. She consists a flexible envelope, covered with gel and covered with another envelope.
Contours of envelopes, also equipped with mechanical pressure sensors, accelerators, Tensiometers or other surrounds the envelopes of the BIC module.
THE MODULE D
The module D Ifig. 81 is a flat version of the BPM system. The DIE module offers resistance by voltage and excludes pneumatic components. Again, the impact points are loaded with sensors such as 801 accelerometers, pressure sensors mechanical 802, tensiometers 803 and torsion / pleat sensors 804.
It is held in place by 814 studs attached to the ceiling and floor.
Voltage and resistance systems are those of mechanical forces. The combination of 805 extensible fabrics, 807 anchor system 807 winding system and engines allows to vary the resistance of the activities.
An 808 reinforcement made of a combination of rubber, polymer, steel and kevlars allows the determination of appropriate resistances of the striking and system extension flexible wall. A covering layer 809 makes the final surface homogeneous.
Pulleys and motors activate winding systems on both sides else of the module so to create a general tension of the extensible surface 806.
Complementary cylinders 810 provide a point of rotation 811 and change in 812. The control tablet 813 can be integrated with these cylinders.
Optionally, a system of motors and gears activates zones wall specific to create localized tensions depending on the configuration of the points activated voltages.
THE MODULE AY

This counter resistance system allows a user to take full advantage possibilities 815 of module D. It consists, in its realization the most simple, from platforms to angles 816, of a platform support architecture in circle 817, of elastic band 819, an 820 connection system built into a cable, tape, or strings that form its system anchor plate for connection to the feet, in the 807 rings at the bottom poles from module D.
This connection system makes it possible to adjust the length of the cables, bands or chains of way to give a chosen position vis-à-vis the module D.
The protection plate 819 may be provided with an adhesion element and protection, such rubber discs. placed at its base. which prevents the support architecture to move and pro-the floor on which it is laid.
THE MODULE Bi and BK
BJ / BK modules are strips that attach to the attachment points of the module D. They are equipped with the same tensiometer technology as the elastic bands of the AU module. The Bi module is equipped with strap for wrists and BK modules are adapted for the knurls.
Both have the function of creating additional resistance during training.
THE MODULE E
This embodiment of the module E fig.91 contains a main fabric 904 provided with of a system of 901 connector rings firmly anchored behind the main fabric.
Extensible. this last it tends to advance 902 forward of the semicircle created by the structure 903. The rings a grid 924 at the back of the main fabric. By shooting at each rings with the help of 905 cables connected to 906 motors and a blocking system, it is possible to determine the configuration and shape of the main fabric and the layout of the hitting areas as well than the general voltage of the module. The main canvas is equipped with pressure sensors 918, of accelerometers 919, tensiometers 920 and torsiometers 923 is installed to both columns External. Also, an electrosensitive surface 925 can be added. Cables dedicated 926 are directed to the computer center of the module.
These columns are equipped with motors and can pull the sides of the canvas, increasing the tension in the canvas and in fact, increase the intensity of a training.
The canvas can be pulled and released strategically at different points so to have a configura-dynamic.
These zones where the rings are fixed can be provided with disc of reinforcements 907 and 908 cushions distributing the tension in the fabric and protecting the user when he hits on the precise point where the ring is placed.
As in module D, module E can be equipped with a rod system and gear allowing to wrap the extensible fabric in the support columns 909.
In this realization A set of 927 engines does this action. Two big motors 928 activate the parts reinforced upper and lower 929 of the cloth The present realization of module E contains, to support and create the form of the module, a cage 910 covered by 911 protective cushions. They protect the anchor points upper and lower canvas. Longitunale, they follow the ridge of the extensible canvas. This cousin sin, can be in one block or with a multilayer structure. It is equipped with a slot that allows to fit into the edge of the canvas. An attachment system fixes it to the front and the back of the canvas.
Other cushions 912. this time from each side, protect the side columns 913. A
the rear, other colons 914 are placed. On the top of the module, a canvas or cushion 915 can be placed for aesthetic or protective purposes.

A counterweight 916 which fixes the module E on the ground in a safe manner. This counterweight can be formed of a rubber slat assembly, slat weight system, of a set hollow containers that can receive a ballast. Under this counterweight, a carpet securely holds the module without damaging the floor.
In the counterweight, five 921 guides provide the connection with five colones from the cage of support. Also, a 922 video projection system, suspended at the top of the module can be stall.
The cage is constituted, in the present embodiment, a single block. The system, to facilitate transport, can be in pieces for an assembly.
In this case, a system of hinges in the fragmented structure allows the easy deployment of same as the uninstall. Also this system allows easy transport of module E and help, by an identification system, to place the right parts in the right places disassembly.
A system of clips, bolts, mechanical fasteners fixes each of pieces of the grid Support.
MODULE H
Module ll is a small rug with shock absorbing capability thanks to its multilayer struction with sensor placement [fig. 11].
These layers are glued to be firm in extension, but soft in pressure.
That is, on x and y, there is little divergence of positioning and that on the z, in height, the final position of the foot, will diverge a little more when the application of a force. This ef-fet can be obtained in two ways.
First, the cover fabric 1101 is thick and is fixed by glue and a system fastener 1102 on the inner surface and elastic bands 1103 which fixed to the back of the module 1104.
This rug is equipped with 1105 pressure sensors, 1106 acceleration sensors and piezo microphones 1107.
They are controlled and fed by a central computer that transmits information to a tablet, if available or directly on the smartphone of the user.
A half sphere 1108 made of dense rubber is based on a truncated cone 1109 which makes Support fice and secondary strike zone.
A reinforcing grid 1110 holds the gel cushions 1111 placed in the carpet, in zone terraced.
A thick layer of lower rubber 1112 sets the elastic bands of fixation. A
anti-slip layer 1113 sticks to the floor.
Even if the BP module is made for this purpose, the module H can be fixed at wall and be hit.
In this case, the user will be notified and will, to use this module, put on protective gloves whether it is from the system or not.
THE AQ MODULE
Generally large-scale, he equips the art training halls martial. It is used so to cushion the falls of the opponents during the fights where the possibility of reverse the enemy is included in the rules.
This carpet of projections, consisting of a traditional manufacture of carpets gymnastics or consists of the multilayer system of module II, but placed on a large area.
THE BP MODULE
The module BP and constituted such module AQ, but with a layer containing a cushion tire-1114, an interlayer of Kevlar 1115, a cushion of gel or soft rubber 1116.
Also, a system of two half-spheres 1117 supports the truncated cone of the surface of secondary strike. A bolt system 1118 holds the half-spheres and the cone together. A

1.5 1119 thick rubber top layer retains the components and protects the Wall.
Even if the QA module is done for this purpose, the BP module can be placed on the ground for an varied action. In this case, a routine containing gestures and exercises on the ground is proposed.
the user strengthens his muscles as the application analyzes the activated pressure points and corrects or rewards the user based on his or her mistakes or exceptional perforinances.
THE BO MODULE
The BO and BP module is of a similar minimalist construction. The BO module rolls up 1120 around a traditional punching bag. It is equipped with accelerometers 1121, pressure sensors Mechanical 1122 placed at strategic points on the surface. The BO module is equipped 1123 which allows it to be firmly attached to a cushion of strikes traditional. This fastening system can be a system of straps, latch, velcro or a combination of these systems. Also, the BO module can be provided with support pieces and additional fasteners which fit the shape of both ends of the bag. It is possible to fix the BO module by attachments to these support pieces.
On the cover layer 1125, marks 1124 may indicate the position of these sensors. At the back, a layer of rubber 1126 adheres to the punching bag . A thin layer 1127 of gel, neoprene or soft rubber holds the sensors in place.
This module can be permanently integrated into a punching bag during the manufacture of this last. Also, it is possible to integrate a compressed air intake and a automatic system airflow system of the module sections A or B. The cushion of strikes, so equipped can expel air at the moment of impact in order to soften the bag at this moment.
The BO module may be provided with an additional layer to give a protection system. This protective layer may be made of vinyl, rubber, neoprene or others.
This extra layer can be changed easily.
The BO module can be equipped with an integrated computer control unit that manages the different cap-and communicates with the user's smartphone.
The BO module can be used in conjunction with the G module.
THE AT MODULE
The rhythmic shield (Fig. 121 consists of a multilayer system 1206 of gels, airgel.
of foam and rubber as described in the BP module placed on a frame 1201, full or no, with handles 1203 and a bracelet 1202 which is placed around the front-arms. Another Handle 1205 can be placed to steer the shield with both hands.
Depending on the degree of resistance desired and during manufacture, the layers can vary in number in position and thickness.
Also, it is possible to add an additional layer 1207 in order to reinforce or soften the shock surface. This extra layer can be in one block, endowed pressure sensors mechanical engineering.
Mechanical pressure sensors are strategically placed on the surface according to zones, whether they are indicated on the front of the shield with brands, or not.
These marks can be shapes (circles, triangles, hexagons, etc.), colors, letters or pictograms.
Also, if it has a translucent envelope, LEDs can be installed under the layers of gels to be activated to indicate to the user which zone hit.
This module allows to place a tablet firmly in place 1204, in the inner surface of the shield. This site also offers an opening, covered with a plexiglass or no, leaving the 1208 front camera have access to what is happening in front of the shield.
One or more cameras may be unstable on the shield according to the same principle and to the central computer module, whether permanent or receiver form of pellet. Also, these cameras can be connected to the tablet allowing at the maneuver see the action before being fully protected.
The AT module can be supported on the BA plastron connectors by a rod or a system of slats that absorb shocks.
1 ... ES LIGHT MODULES
Light modules can be used alone or in conjunction with a heavy module. In this In this case, the user's application uses the information from both modules in order to offer a appropriate action. It can be a score, a damage information virtual or simply raw information such as speed, developed G, pressure recorded, the moment of contact or other information correlated using primary data.
Also, they can be used with other lightweight modules.
Light modules form several sets. Some modules are in several together whether by their functions or by elements added to it.
The description is located in the set where the function is considered as main.
THE COMPUTER CENTER
The light modules also have, placed inside a central which contains a CPU, a battery, a circuit, an acceleration sensor, a piezo, a connector recharge and a connector series.
Also, most plants are equipped with a transmission system.
data.
This set can be fixed or pastille.
To facilitate manufacturing or accessibility, two achievements are considered.
The first creates the central computer so that it can be inserted from manence in the modules and is rechargeable only when the module is connected to a module of refill.
The second creates an independent tablet form that contains all the components above and connects, independently, to a charger and the module provided with a pellet receiver. A
such module is provided with a plug connector in the form of the receiver and the connector there read the sensors distributed in this type of modules. Such modules, devoid pellets, reduce construction costs and facilitates refill processes.
PASTILLES AND RECEIVERS
Many of these modules have the possibility of being equipped with pastille in order to receive the pellets through the ifig receiver. 121.
This pellet system is optional and such a system can be integrated with permanently.
The tablet system allows two things, first to reduce the costs acquisition of equipment and increase the ease of refills when the batteries are flat. Eg, a user is passionate about the glove module and exhausts the battery. At instead of replacing the glove on the load and have to stop his training, just change the pastille with another, recharged.
THE G MODULE
The module G is a set of a receiver 1209 and a patch 1210 which come together and stick any surface. Using 1211 acceleration sensors and micro piezo 1212, is able to determine if the object is hit and to measure the magnitude of the shots. This system is the base of the pellet system and receivers. Its cavity 1213 resonates the sounds created by the impacts on the sporting object.
THE MODULE Ai The universal mini equipment adapter and a simple receiver and of pastille settle down by sticking firmly and permanently to equipment traditional.
Ex. a snowboard, a ski pole, a shoe.
Here, the glue is a semi-hardening type-resin glue. The chosen resin will harden to a level which looks like a dense rubber but has some flexibility.
In doing so, this resin permanently clings to a wide variety surfaces, even the unequal ones.
Rings allow the module A.1 to be placed on tubular equipment small diameters.
Ex. ski poles, a golf club, etc.
The chip BR and the receivers Ai can be of different sizes so to accommodate energy requirements of the modules thus connected. This achievement considers three systems of sizes 3 cm, 5 cm, 10 cm.
Each chip BR contains a processor. a battery, several accelerometers, a system of connections for the receiver, a radio frequency capability and a microphone piezoelectric.
It goes without saying that the variation of pellet size also goes into proportion of the stack size required by the module thus energized.
All these formats have a universal connector or fit into the receiver, which serves digital converter for the sensors connected to it. In the module achievements following, for the sake of simplicity, the size of the pellets is not specified.
This tablet system accepts two types of lozenge, the complete lozenge BR, described above, and the charge pad BS which does not contain a computer station and has for utility to be added to a chain of modules that already contains such a central, but has several empty receivers.
The use of such pellets increases the autonomy of the module chain thus connected.
Also, the pellet receiver is provided with a universal plug system.
And all the sensors of the light modules are provided with a connection for this universal plug and connect to it.
THE BQ MODULE
The BQ module is a very small receiver and pellet set which allows this last to stick to any existing equipment and to program some orders to interact with smartphone apps in a personalized way.
This chip system can be installed on L, M, N, O, P, Q, R, S, T. U, V, AB, AC, AD, AE, AF, AG, AK, AL, AM, AO, AP, AQ, AT, AV, AW, BA, BB, BD, BE, BG, BI, Bi, BK, BL.
THE K MODULE
The module K (Fig. 131 consists of a set of three elements.
handle 1301, the spheres weight 1302 and compressible surface overloads 1303.
The handle contains a battery, a computer system, sensors for movements, gy-rometers, a piezo and a radio frequency transmission system. The battery can be recharged by a wire system, by connection on the support Z, by connectors of type USB / FireWire or by induction, if equipped with such a system.
Compressible surface overloads connect by inserting into the handle 1304. When of such an installation, the male connector 1035 of the overloads is connected to a connector female 1306 of the handle, in doing so, all torsion sensors 1307 and mechanical pressure 1038, placed on the surface of the overload are connected to the central computer of the handle. Overload is held in place by weight spheres subsequently unstable. The weight spheres attach securely.
The surface of the overload protects the user's hand. Its structure is able to communicate squeeze 1309 in a ratio of 30% of its size. An architecture reinforces the quarter form of sphere of the compressible surface.
The use of multiple layers of similar materials to other modules alternates layers of structures, shock absorption, reinforcement and envelope.
This structure is securely anchored to weight overload discs 1310 which forms support of such a system compressible.
Pressure and torsion sensors are installed in the surface compressible. These sensors are connected to the data center of the handle by the connector relative placed on the ring of the handle.
In addition to giving resistance, this overload makes it possible to take support for to do push-ups with the entire module.
The combination of different types of weight sphere and overloads to squeezable surface offers a wide range of available weights. In the illustration, it is presented a gradation in thirds.
The three spheres form the divisions and the overloads form the units.
For the sake of simplicity, here is a quarter gradation, so at four weight levels.
In quarter gradation, it is possible to have 16 weights in constant gradation of four spheres of weight and three overloads. These weights are represented here in kilograms. The proportions can be changed according to the desired weight scale.
This calibration makes it possible, in the chosen embodiment, to have a dimming regular 250 grams having weight spheres of 250 g (125 g ¨ 125 g), 500 g (250 g ¨ 250g), from 750 g (375 g ¨ 375g), 1 kg (500 g ¨ 500g) and overweight of 1 kg, 2 kg, 3 kg.
Assuming that the handle weighs 500g, it is possible to cover from 750g to 4.50 kg per sixteen regular increments of 250 g.
The application helps the user to choose and assemble correctly the components with a code colors, drawings or numbers.
This system can be extended and proportioned. Mathematically, this report of proportion is at the level of the overload increments.
Here, the weight of the spheres represents the weight of the pair.
Po = handle Sp = spheres (a pair) Su = overload Po: X / 2 or 0.5 In the case of the handle, this proportion index is ideal, it is possible, in the case of small incrementation, that the handle is heavier than this proportion. This not night to the system incrementally perceptibly on this scale.
The gradation of spheres and overloads.
Sp 1: X / 4 or 0.25 Sp 2 X / 2 or 0.50 Sp 3: 3X / 4 or 0.75 Sp 4: X or 1 Sut: X or 1 Su 2: 2X or 2 Su 3: 3X or 3 Su ...: ... X or In order this gradation is conceived like this:
I. Po + Spl 0.75;
2. Po + Sp2 = 1;
3. Po + Sp3 1.25;

4. Po + Sp4 = 1.5;
5. Po + Sul + Spl = 1.75;
6. Po + Sul + Sp 2 = 2;
7. Po + Su 1 + Sp 3 = 2.25;

8. Po + Su! + Sp4 = 2.5;

9. Po + Su2 + Spl = 2.75;

10. Po + Su2 + Sp2 = 3;

11. Po + Su2 Sp3 3.25;

12. Po Su2 + Sp4 = 3.5;

13. Po + Su3 + Spl = 3.75;

14. Po + Su3 + Sp2 = 4;

15. Po + Su3 + Sp3 = 4.25:

16. Po + Su3 + Sp4 = 4.5.
It is therefore possible to choose another increment by increasing proportionately the weights reference X in the tables above. The model for women, for beginners, for men, for enthusiasts or for bodybuilder works under the same system but contains charges proportionate. Ex. 0.75 to 5 kg, 2 to 10 kg, 3 to 15 kg 5 to 25 kg, 10 to 50 kg.
An eight-component configuration has 16 complete gradations.
Depending on the user's goals, the application gives routines adapted by taking a point of resistance, usually in the first third of the gradation. This reference point is the midpoint, which will increase as the sessions progress the user. Also, the variance between these gradations will develop the user's musculature so optimal.
Routines can be projected on a reference screen via the smartphone or by a chain elements. This process can be done directly from the smartphone or with the combination of a other element such as a NetTV, a computer, a network of computers and screens or on a Tablet.
This projection can be a virtual trainer that performs routines to the screen. The user has to imitate the avatar in order to make these sessions. Informations additional are displayed by the means of a clear visual interface, pleasant to the eye and configurable according to his preferences.
It is possible to interact with the projection, if the system has one, directly by tapping the touch screen. In the case of a NetTV or a computer connected to a screen remote or non-tactile, the control of the interface can be done via the smartphone or module used.
This projection system is available for all interactive modules.
By performing cardiovascular exercises with gradation 2 or 3, followed by short exercises with the gradation 14, the user develops his musculature.
The user, according to his athlete record, chooses a configuration that allows to complete successfully a determined routine. For example, the user may, if he wants to increase his muscle mass, place his flexion point at the 5th of the bodybuilder model (10-50kg). This routine represents, ideally, the 5th gradation (handle + Sphere 4). Base to from which the user sets his flex point. This point will be used by the application to vary the weights according to a training plan.
The training routines, according to the user's objectives make alternate proofs of resistance flexibility, strength and cardiovascular weight changes and in varying the duration and intensity of each training sequence of the meeting.
As a result, the ratio of training sequence types and duration total of the session are balanced against objectives by application The different levels of proportions can also be combined. R ex. of the weight spheres in order to increase the gradation during particular routines and when equipment available on allows.
As an example, take the woman's Sp4 and combine it with a Su 2 version for men for a maximum power exercise of minimum duration.
Also, it is possible to place two spheres of different weights in order to create a new center severity of the module. Different mass and mass combination are then possible. This Unbalanced layout aims to strengthen the wrists.
THE AB MODULE
The variable resistance handles are an element that is added to a handle of the K module to make it a muscle building element of the finger muscles, located in the forearm.
A winding system 1313 in the sphere. consisting of two half-spheres, varies the resistance of two springs 1314 placed on two winding mechanisms of each side. These springs provide opposite resistance. By turning each of the mechanisms winding, it is possible to vary the voltage.
Also, this system is powered by the handle 1301 via a connection on the overload which, nected itself to the handle and get the information from the sensors of the AB module. Capabilities 1312 mechanical pressure units are installed on the surface of the handle who receives the palm.
The connection system of this module to the handle is the same as that of the weight spheres of module K.
THE MODULE
The rebound ball consists of a computer Ifig. 141 1402 placed in the room bre 1401 in the center of the ball. 1408 accelerometers are connected to this Central. A sheath Rubber is placed around the room. A 1404 passage in the center let pass a 1405 stem with 1406 connectors for recharging the battery, with the system of nexion 1409 located in the ballroom.
In this module, a 1407 piezo microphone is installed and captures the impacts with the variations of volume. This information is translated into raw and combined information, if desired with other information from other modules when interacting. P.
eg, the ball bounces on a typing zone of module A. The application, which activates here two modules I
and A takes the information two modules and makes a correlation between the data of the different sensors to determine the impacts between the modules and the qualities these impacts (forces, speed, duration, accuracy, etc.).
A mass of rebounds 1410 of dense rubber is surrounded by a layer of 1412 protection as dense. It is possible to place pressure sensors 1411 between these two layers.
They can be made in the form of regular or oblong spheres.
MODULE J
The weight ball is similar to Module I in architecture. His mass of rebounds is replaced by a dense element offering a strong resistance. This ball of weight is made to be held, thrown, hit or caught.
The constitution of the layers of the ball is imbedded one in the other. In order when leaving from the center: the room 1413; the primary mass 1414, the secondary mass 1415, the under-envel-oppe 1416, the primary absorption layer and the covering layer.
The weight ball can be of different volumes and different density according to the levels.
Just like module I, this weight ball can be of different shapes such as that of a football, of a regular polygon (cube, dodecahedron, pyramid, etc.).
In some forms, this module may be equipped with the receiver and pellet.
Eg, a 30cm weight ball is thrown at the abdominals of a boxer.

THE AA MODULE
Balls with splay are balls containing a gel and an envelope elastic that we compress. This ball has a room in the center that connects to a tunnel that leaves pass the reloading module, the same as in modules I and J.
also, the chamber contains all the components of modules I and J.
This room is surrounded by a flexible structure 1419 which maintains the Compartments 1420 pressures in place during the action.
The final envelope 1421 is flexible and extremely resistant to compression.
It can be stituted with multiple thin layers.
Pressure sensors can be installed under these layers.
THE AG MODULE
The AG module is an Aki type bag made to be held in the air using of his feet. The concept of this game is based on the fact that the rebound factor of the ball is very weak and that the latter must be light enough so that it can be lifted when kicks from the user.
The AG module consists of a chamber and a tunnel, similar to the modules I, J and AA.
A series of layers of memory foam 1422, 1423, 1424 and 1425 that surrounds the module.
This set of foam is covered with a thin layer 1426 of latex, rubber or polymers having a high elasticity and wear resistance factor.
THE BM MODULE
The BM module is a tank [fig. 151 1501 of rechargeable compressed air. These capsules pressurized can be recharged via the same access to compressors placed on the module of support 1503 and bring air to semi-variable pressurization modules. This capsule can be equipped with a light that indicates when the maximum pressure is reached.
The charging system is able to automatically stop the air supply in such a module when the maximum capacity of the capsule is reached.
The components of such modules have a 1502 valve system that allows imprison and release the air automatically or manually.
This capsule can vary in size depending on the volume of air required.
This capsule can be of co2 capsule types and use the same gas.
When disconnecting, at the end of the training, a valve releases automatically pressure induced in the inflatable modules. All in order to increase the service life equipment that is equipped with such a system.
This pneumatic system is used in conjunction with small modules equipped with bedroom tire whose pressure variation is punctual, generally at beginning and end of a training.
This pressurization system assumes that pneumatic resistors are integrated into the concept of the modules without being directly connected to an air inlet permanently compressed vance. For example, it would be impractical to have to connect the AV ball knife to a cable for air to the module. Therefore, if such a module is equipped with sub-pneumatic casing, it will be possible to inflate his balloon knife with the aid of the independent pressurization BM.
This module can be of cartridge type that fits into the dependent module or may be sporadically connected to the module. In both cases, valves allow you to insert, maintain and release the pneumatic supply. These valves can be manually controlled using accessible buttons on the module dependent or so automatic, using electrically controlled valves.

MODULE N
Module N is a dumbbell with a compressible surface. His stick 1504 is under the same system as the handle of the module K, but in a longer form. The dumbbell itself consists, from center to the outside, from threading ring 1505, from overload main 1506, of the central absorption mass 1507, the absorption sub-layer 1508, the main mass absorption 1509 and the cover layer 1510.
In the pneumatically variable version, an air chamber 1511 is placed either overload principal in the central mass of absorption. This tube is connected to a connection 1512 on the threading ring.
Under the cover layer, mechanical pressure sensors are installed.
Through this connector, it is possible to inflate the inner tube and thus increase the volume of the dumbbell and its degree of resistance to impact.
Also, it is easy to release the pressure, using a valve located on the threading ring.
Also, the receiver and tablet system can be installed.
Also, a connector allows to connect the compressible weight to the stick.
THE AE MODULE
The AE module can be in three forms and has the function of playing games or follow of the invention with traditional dumbbells, whether they are one or two hands.
In its first form 1513, it is in the form of two small disks that fit into each ends of the dumbbell.
In its second form, it is in the form of a 1514 clip that fixes itself to dumbbells, indoors or outside the slats of weight.
In its third form, it combines with a handle provided with sensors of pressures 1515 which indicate, the pressure of the hand on the dumbbell, during the lifting.
Also, the receiver and tablet system can be installed.
THE BN MODULE
This module is a palette, kind of discs that fits dumbbells traditional. This palette slips, when setting the weight of such a dumbbell, before the ring fixing 1516.
The BN module, in the chosen embodiment, consists of a disk adjustment 1517, of a pressure sensor 1518 weight disk 1519 placed in a disk of rubber 1510 forming a shock absorbing disk. Another secondary ring of charge 1521 and a protective layer 1522 cover the module. This module can be placed on a together traditional dumbbells in combination with the standard weights models. Also, a nexion allows chitin with AE modules.
MODULE L [not shown]
This module is a simple glove with a pellet receiver located on the wrist. It therefore captures the hand movements.
THE R MODULE
The R module is intended to be placed at the knees. It absorbs knee shock on any surface in addition to transmitting the pressure information [fig. 16) 1602 and of relative movements thanks to the BQ 1604 tablet.
Still on the same multilayer system 1601 the sensors are strategically placed.
A 1603 channel connection system is available in the last two versions of said modules. It can also be equipped with 1607 accelerometers and 1608 piezo the pressure sensor if we. A rigid shell 1605 can be attached. An elastic band 1606, can be adjusted by a velcro strap holds the module in place.
This module is ideal for goalkeepers who want to practice their leg movements during their sessions in a gym.
THE MODULE S
With the same architecture as R, the S module adapts to the morphology of the elbow.
THE MODULE T
Quadruple surface buffing gloves offer a combination of pressures placed at strategic locations, in the chosen embodiment, aligned, in relation to the hand. : the slice of hand 1609, the joints of the face of the fist 1610, the top of the hand 1611 and the palm of the hand 1612.
Torsion sensors 1613 can be installed to determine if the hand is open or closed Also, 1614 high sensitivity pressure sensors can be placed at fingertips.
The use of this module makes it possible to practice a large number of techniques typing. Ex.
with the edge of the hand, with the palm of the hand, with the fingertips in three quick steps of.
This module is for the martial art practitioner and allows you to practice this kind of blows.
This module contains the BQ 1615 system.
These gloves, depending on the chosen resistance, vary in thickness.
The first model, the thinnest can be more agile and is very sensitive.
The last model, the thicker one requires a lot of force in order to be activated.

A system consists of 1616 wide elastic band that joins and encloses solidly a cylindrical member such an arm. forearm, motet or leg. The elastic band is provided with conductive fiber 1617 connected to the power plant and when a muscle takes volume, this information is calculated.
Also, this module can be equipped with the BQ pellet receiver.
THE Q MODULE
The rhythmic bands are presented in the form of bandeau, bandana, helmets or of masks to which sensors are installed. The envisaged manufacturing covers three types. The headband 1618 and bandana 1619 are light and almost forget themselves while the cap 1620 is all in style. These achievements are intended to calculate the movements of the head, neck and to some extent that of the shoulders. With the BQ tablet, it is also one of the modules lighter.
Helmets can be adapted, they can be flexible like a neoprene and can cover, or not, the face, this soft headset is covered with pressure sensors that are connected to the central computer module.
THE MODULE
the AU module is a set of elastic bands that the user must stretch. Usually offered as a set of different resistances, they may be equipped with permanent handle. The bands vary in length and elastic resistance [fig. 171 1702.
Also, the handles can be removable 1701 and have connectors females 1703. In this case, the module is in three pieces, the removable handles, the number of two and one bands resilient with male connectors.
Also, the elastic bands can be attached by means of rings to handles. In this case, the pellet receptor is in the elastic, regardless of the position in the direction of the length. Eg, the tablet receiver can be placed in the center or near of the ring.
The circuit of conductive fabrics joins the receiver in a loop complete in the band elastic.

In any case, a reinforcement create a base or receiver is installed in order to secure his fastening to the band and preventing the stretching of said band from deforming the pellet receiver or its fixation.
Also, the elastic bands can be in a single tube, in several tubes, in broadband single or multiple broadband.
Also, the elastic bands can be attached to the BB modules for a taken without worries.
A sub-module allows to roll up the center of the band to shorten the ribbon during ceremonial some exercises.
In any case, a support makes it possible to hold the unused bands. One of the handles contains a computer control panel, a serial connector or a tablet receiver BQ 1704. The other is a simple connector between the two bands.
This module included, depending on whether it is a large elastic band or if contains a set of elastic cord of an extensible fabric or elastic cords with conductivity capacity electric which, stretched Ibis, changes their resistance levels electric.
This system of fabrics or cords consists of two sections in order to create a circuit that connects to the handle containing the data center.
This module is manufactured according to the same concept as the BA module strips.
It is possible to attach a band to a fixture attached to a wall or equipment 1711.
THE BA MODULE
This module is a plastron 1705 which attaches by the back 1707 and contains on its frontal surface, therefore on the torso and the belly, a set of connectors 1706 provided with points contact 1712 which allows to attach elastic bands equipped with a circuit made of tape conductive elastic tive. When it is stretched, its resistance goes down. So, by creating a circuit in the bands that the central computer can determine the distance of said bands when stretched.
Also, pressure sensors 1709 can be installed on the surface of the plastron offering hand position information if placed by the user during routines, on this latest.
The female connectors of the bands receive the elastic bands which are consisting of a handle, an elastic band and a male connector.
The user wears the plastron places the strips in the connectors according to her goals drives.
The front plate connects each connector to a central computer or a receiver of pastille 1708.
In the first case, the front plate can be recharged by a cable that branch in the breastplate.
In the second the tablet is rechargeable when placed on its base.
The plastron can be provided with connectors that allow the creation of the module U.
This module, by the application, warns the user about the dangers related to this module and urges him not to use a module that is too advanced for him. The handles, if they are not not mastered, can turn in the direction of the user if they are escaped.
The application will therefore propose bands made to develop are endurance and therefore low resistance factor or propose the use of the BB module.
THE BB MODULE
The BB module is a pair of gloves that has a fastening system that focuses on BA module handles or directly on the tape connectors of this latest. They avoid so the possibility of escaping the handle. This fastening system 1713 can to be mechanical, by band, by relative connectors or by clip.
This module can be equipped with the reception system of the AN 1710 modules.
Also, it is possible. in a chosen embodiment to replace the system by a simple ring which holds the elastic band and the glove together with a hook.
This ring can be attached to a specific point of the band by friction, by a mechanical system or clip.
This module in another embodiment is an embodiment of the module L with a fastening system allowing connection to the elastic bands of the BA module.
THE BD MODULE
The climbing harness is an adaptation equipped with a central computer [Fig. 181 1801 people manente or BQ receiver and patch system connected to a rubber band 1803, sewn on the band where the climbing cable attachment system is installed. This band elastic forms a circuit that comes and goes and is installed so as to emboss the tape when no voltage from the system fastening system is applied, thus placing the conductive elastic in position rest. When the tape is stretched, the fabric or conductive fiber provides data of electrical resistance that form the raw data captured by the computer center.
Also, pressure-sensitive strips 1802 can be integrated into the structure so as to capture raw information when the user falls while comparing the data of pres-acceleration data, time and audio data from the pellet.
THE BI MODULE
A 1804 insole of internal shoe in multilayer gel with sensors can be inserted in a shoe and connected to the computer system 1805 through the receiver system and pastille that attaches to the laces of the shoe or can stick on the inside or behind calf, place used in the present embodiment.
THE P MODULE
The shoe clips are a set of several variations.
The 1806 ankle clip that attaches to the shoes behind or on the side shoe with a 1807 clip.
The 1808 open and rotary ring system offers the possibility of trapping an information center the shoe laces by an automatic or semi-automatic rotary automatic.
Also, a system of mechanical pressure sensors can be installed by through an assembly 1809 elastic banding on a sole with 1810 pressure sensors mechanical.
This system is equipped with an 1811 tablet receiver which integrates the computer components which are connected to the sensors by means of a circuit.
The pressure sensors located in a sole make it possible, for example, to play the virtual clapper tapping on the floor also, in combination with motion detectors, it is possible to create a crowd of routines.
THE AL MODULE
The boxing gloves adaptation module AL is a thin layer of latex, rubber or expandable polymers (Fig. 191 1901 which is placed on the boxing glove traditional. On this sheath, a mechanical pressure sensor 1906 and an accelerometer 1907 are placed and connected to the central computer.
Fasteners 1903 allow to retain in place this layer at the level of wrist with a 1904. The fastening system of the sheath is a thin strip velcro, connected to the sheath, which attaches very securely after the wrist. This system is semi-permanent. A system cord attachment is located inside the hand, on the palm of the glove [not shown].
Also, another embodiment offers a pipe-type configuration or sheath of adaptation is unrolled 1902, like a condom, on the end of the boxing glove.
This sheath can be made of conductive materials.

A 1905 central computer connects to this sheath and thus, to pressure sensors from said sheath.
As in the other modules, the data center contains one or several sensors movement, a piezo, a battery and a system of connections such as Bluetooth or very.
This data center can be permanently placed on the sheath or the system of fixing the sheath.
Of course this system can be integrated during manufacture.
Also, the receiver and pellet system can be installed in 1905.
A simpler variation is to permanently paste a disk 1908 containing a pressure sensor directly on the glove. The pressure sensor is connected by a wire 1909 to a module BQ 1905.
THE U MODULE
The U ifig module. 201 is the chain connection of L, 0, P, QR modules S, T, AU, BA, BB, BD and Bi for the purpose of creating an armor or skeleton of sensors. The connection between the modules can be made by elastic band if the U module is complete or by assembly software, in case the U module is not.
THE AV MODULE
The balloon knife is a stab simulator. Depending on the weapon desired white, the AV module changes and shape and size. Eg, it can be greatness a knife or of a sword.
Its structure is made of a thick sheath of rubber [fig. 211,210 to hollow center 2104 hermetic surrounded by a structural cage 2108 and an envelope of recovery 2109. The hollow center is connected to a valve 2102 by a tube which passes into the ring of 2105 connection.
This valve connects to the BM module or to the Z module, giving access to the compressor installed on site.
The AV module contains a permanent handle 2101 identical to the module K and which contains the same components in addition to being connected to the various sensors installed in the AV knife mechanical pressure sensors 2106, accelerators 2107 and sensors from twists 2110.
Also, the AV knife, in another chosen embodiment, can be independent and add to the handle of the module K, instead of the sphere. A connection that fits into the serial socket located in the handle of module K.
THE AX MODULE
The AX module is a long handle mass 2111 containing a central computer science, 2115 and compressible weight element 2112 of rubber. The handle is of a length allowing multiple grips and create different resistors. By example, a user can take the handle of the end, which would require a larger strength at the level of only if he took the handle just under the compressible weight.
Its constitution contains the same components 2102, 2103, 2104, 2108, 2109 structural aspects of the AV in a different form.
The end of the mass is equipped with pressure sensors 2114, accelerometers 2113 and gyro very 2116.
This mass, to some extent, can be used as a weapon of combat simulation.
Obviously, procedures are performed to ensure security in a such a conflict tual. The application can correlate data such as fitness, weight of the masses compressible and velocity of movement to determine if two users are likely to hurt during such a fight.
Also, the receiver and pellet system 2117 can be installed there.
THE BE MODULE
The semi-rigid sword adapter is a combat simulation system of medieval style, fencing or martial arts.
This system proposes a sword consisting of a main column 2118, a column Dense Rubber Main Intake 2119, a Mass Column main arbsoption in gel 2120, a mass envelope a rubber 2121 and a final envelope 2122.
Between the two envelopes, pressure sensors 2124 are placed on the blade of this sword.
Also, the receiver and tablet system can be installed.
THE BG MODULE
The rhythmic nunchuks are equipped with pressure sensors 2129 placed on sticks and two 2130 accelerators placed at the end of the sticks connected to a receiver of lozenge or at one cent-computer science.
Each stick is formed of a base 2125 supporting a rigid rod 2126 is surrounded by a tube of rubber 2127. This set is itself encapsulated by a shell semirigid 2128.
A 2131 chain, an elastic band or a cord comes to attach and connect the two sticks together. A cable can connect the two elements of the module.
THE BH MODULE
The principles of the AV flap knife and the BG module are used in contractions representative of traditional martial arts weapons 2135.
THE AO MODULE
Another structure envisaged is an AO cushion consisting of several layers thick foam [fig. 221 2201 fast memory wrapped with overlays 2202 full of accelerometers sensors 2203. It asks the user to hit and to push, little by little, the foam.
Pressure sensors 2204 are placed under the cover layer 2205. The are connected to a central computer that directs them, by wire or by wave to a tablet or a smartphone.
This module requires actions of explosive force. of great intensity on a short period of time.
If the shots are repeated in one place, this place will sink.
The user must be ergic since after each stroke, the foam wants to resume its position.
The foam mass can also be self-contained.
Also, it is possible, when building to place, has different places, sections of foam stronger than others to create a striking surface variable.
At the end, the foam returns to its original position in a natural way.
This module can be equipped with a large volume tablet system, but is generally connected directly in the wall.
This system can be used as part of contact sports training such football American, rugby or hockey.
THE AP MODULE
The minimal impact pads to the sound of the achievements of module A of the the most economic feasible. They are generally of the mainstream type and their degrees of resistance are weak. They are also made up of simple sections 2206 that attaches to the back, in a 2207. The envelope 2208, is fixed in four points 2209 in the panel and a of these fasteners 2211 is equipped with a valve 2210 type air tube bike allowing to inflate the envelope or sections.
Each section is equipped with this valve attachment as well as a USB type socket at four pins 2212. which is connected, inside the section by wires, to accelerometer sensors very 2213 and pressure 2214. Also, lateral pressure sensors 2216 can be placed.
Also, a pneumatic pressure sensor 2215 can be integrated.
This system can be equipped with the receiver and pellet system.
This module can be used moderately and a recompression of the module should to be made regularly.
This recompression can be done using a bicycle pump, just like the initial compression tial.
The user connects to the module with his smartphone.
This version of the module is made for congresses as a support advertising or by who have a limited budget and want to do aerobics with the module at home.
This module is not meant to be hit hard, so it's not intended for boxers.
The module's support panel is attached to the wall using a sucker, a system hooks and rings or a base attached to the wall that receives the panel.
THE BT MODULE
A thin layer 2301 (2301) with 2302 mechanical pressure sensors placed strategically sticks on the 2306 rebound surface of a basket of basquetball where a hundred-computer 2303 is placed under the branch 2304 of the basket and connects to the layer slim. A conductive elastic 2305 passes the balloon and informs the computer center when the ball passes, which stretches the conductive elastic, decreasing its resistance. An acceleration 2307 can also be placed on the hoop of the basket.
This system can be used to count points, but also to establish statistics, correlations of movements with other modules and other users.
BU MODULE [not shown]
This module is similar in technical points with the BT module, but is its technology is integrated into the construction. Also, the shape of its bouncing surface, the height at which he is placed and the number of baskets built into a single installation vary.
THE AR MODULE
The rhythmic trampoline is a trampoline with accelerator sensors 2308 placed at different located below its surface allow to map the position of the user.
Also, the integration of 2309 expandable conductive fabrics makes it possible to capture informationfrom bending and stretching the canvas. A piezo microphone 2310 can also be attached on structure 2312 and connected to the computer 2311 of the module.
This canvas can be adapted to an existing trampoline of any size.
MODULE V
The striking pendant V is a pear containing an ifig tire. 241 2418 equipped with sensors movement 2401, pressure 2402 which connects to a 2407 patch placed on its tip solid 2417.
It can be attached directly to the ceiling to a 2403 cable, which will cause a great movement balance, forcing the user to move a lot.
Also, it can be placed instead of a 2404 boxing pear on the system such equipment.
In such a case, it is possible, in order to maximize the response of the place a G module 2405 on the rebound plate 2406 of such equipment and to synchronize them.
In addition, it can be placed on a metal rod 2408, usually attached to a base. This rod of metal, some flexibility, will give a return movement when said cushion is hit.
And finally, a system that ensaches allows to fix this module to two bands elastics 2409 which may or may not be equipped with conductive to calculate the applied and the movement of the cushion in such a configuration. One of these bands fixed to the floor, the other to the ceiling using plinths screwed onto these surfaces. Also, it is possible to place motors in these bases so as to increase the resistance or determine the height cushion. Such conductive elastic strips connect to the module bagged at the pastille maker.
THE AH MODULE
A 2410 badminton shuttlecock is equipped with a minimal computer station, of a sensor movement, a piezo and a REID chip [not shown].
THE Al module Snowshoes, whether tennis, racquetball, squash or other racket sports are built under the same principle. A 2411 computer control center is installed in the handle that contains accelerometers, a piezo microphone and a battery. This central is connected to a series of accelerometers 2414, 2415 and 2416 piezo gyrometers placed in racket.
A conductive fiber is integrated into the cable manufacturing.
All movement and impact information is compiled and sent to the application.
THE AK MODULE
The AK module fits perfectly with screws and nuts adapted between the axle and board 2412.
It is rectangular in shape and the holes 2413 for the screws are configured to the standards of the skateboard industry.
A piezo microphone is installed and captures the vibrations of the axle. Inside a cabling system connects to the tablet receiver.
The user places the pellets on the two AK modules and synchronizes these last with his smartphone and the app.
The pellet receiver of this module and the camera system have a absorption system shock that reduces impacts.
A 2419 camera can be integrated to film the point of view of the axle or acquire a another source of raw data.
This camera can be chosen according to the desired effect, or small resolution for the pity of the system where high resolution for a detailed capture.
THE W MODULE
The module W is a module that transforms any wall 'fig. 25i 2501 in surface of hit.
To fix these modules to the wall, simply attach the base 2502 by screws.
The use of a wooden board 2509 allows a freer configuration.
Behind each sections, a 2512 donut helps absorb vibrations.
Next, the base 2503 of the striking surface 2504 is inserted into the base of the module, plug in the latter to others with the X 2505 module. Also, a serial connection can be done.
This module receives the sections of the module F including screw holes at the level of the collar 2510 for 2511 fixing screws are made.
Also, it is possible to provide a 2506 foam cushion to users and a carrier piece 2507 so that they can unwind a protective layer and to hide the threads of nection.
The punch allows a precise cut to the shapes of the section bases. he just take the measurements and mark the configuration of the modules on the cushion, place the cookie cutter on the cushion and hit with a hammer. A cut of the form will be made in the cushion.
MODULE X
The X module is the W module controller and allows 2514 connector the application of the tablet 2515 to the striking zones created by the multiple module assembly W. This module is consisting of a central computer plugged into a wall socket on which is connected 2508 the 2513 series wires of the W module sections.
THE AM MODULE
Ee physical rehabilitation system under Ibrme supports such a walker 'Fig. 26] 2601, parallel bars, etc.
In this embodiment, that of a walker, 2602 wheels at the front help to advance the structure and legs with 2603 crampons, which immobilize the structure on the ground when the user takes support to advance. Also, a braking system 2604 and four wheels 2605 can equip the walker. 2606 pressure sensors are placed between the 2607 structure and the crampon, and connected to wires that attach to the computer center 2608, centrally located of the structure at the hips of the user.
This control panel contains motion sensors, a piezo and a battery.
Also, the system of receiver and pellet can be installed. Pressure sensors 2609 on the handles slow user support data.
An optional engine system can dynamically vary the resistance of each of the wheels.
This motor activates a friction mechanism on electric control. This system braking Automatic can be activated by solenoids.
NON-ILLUSTRATED MODULES
Here are the modules that have no claim, but complete the modular system invention described in order to place the elements in their contexts.
AN MODULE [not shown]
These modules are presented in the form of cylinder with rounded ends which fits in the slots in the receiving tubes of module L.
In this chosen embodiment, they are of different densities, but their sizes remain the same.
They can be made of different materials and combined so to reach the precise targets weight. Ex. 250 g, 500 g, 1 kg. Since the cylinder must have a volume X at all times, he It is quite possible that the ballast components have a weight, depending on the volume X. who is not a target weight. In this case, said cylinder is made of several materials.
AW MODULE
A protective helmet is adapted to the system.
THE AZ MODULE
A pulse sensor is placed on a bracelet and connected to a receiver of pellet. A pellet is inserted and makes contact with it.
THE BL MODULE
REPEALED _____ AD / AF MODULE [not shown]
The AD and AF module is a system that clings to the spokes of a bike.
Generally by tablet, this module is equipped with an accelerator which calculates the centrifugal force and the rotation speed.
This system communicates with the user's smartphone.
Also, it can be connected in networks via the ZX I module.

The difference between AD and AF is the strength of the fastening system. The first sets the receiver of the pastille permanently and the second is temporary and can to be removed and attached to using the fastening system.
MODULE Y [not shown]
Equipment chargers allow you to charge light modules equipped with a system of batteries such as modules G. I, J, K, L, M. N, 0, P, Q, R, S, T, U, V, AA, AB, AD, AE, AF, AG, AH, Al, Ai, AK, AL, AM, AV, AW, AX, AY, AZ, BA, BB, BD, BE, BG, BH, BI, BI, BK.
This module takes several forms that are adapted to the equipment. Also, this module can take the form of a support adapted to the equipment to be recharged so that the rechargeable module fits perfectly into the charging module. Also, this module allows recharge lozenges.
Another envisaged embodiment of the module allows charging by induction, eliminating the blow, the need for physical connections between the support and the modules to be recharged.
Obviously, in this In this case, elements allowing induction charging are integrated into rechargeable modules.
MODULE Z (not illustrated) The Z module is a support specifically built to store and recharge elements of module K.
It is stable, solid and plugs into a wall outlet. Weights and the modules are there installed in corresponding spaces that allow you to have a view sets of all the components of module K.
The Z module contains a space made to receive a connector to load the BM modules.
In doing so, it is equipped with pneumatic grip.
It can be placed on the ground or fixed on a wall.
The supports are fixed on a grid with rotational fixings which allows place the desired angle module receivers.
SOFTWARE ASSEMBLY [not shown]
The software package contains the modules ZA, ZB, ZC, ZD, ZE, and so on. Those are the applications software that controls interactive modules. These modules represent software levels cited at the beginning of this description.
ZA: level 0 Suprauser.
ZB: Level 1 Operator ZC: level 2 UserPosseant ZD: Level 3 UserUsager ZE: Level 4 UserTipper In addition, applications are added via a subsystem exploitation of system of the invention. In doing so, it is possible to obtain user, application additional features that integrate with the ZC, ZD and ZE modules. These software modules basic or additional can offer different content.
It is possible to interact with the application by activating the sensor of a module, via his smart-phone or through a touch screen.
In this case, the ZG module is the gateway and the general interface to access these complementary software modules.
ZF. Sensor mapping A module allowing to make a rnapping according to its preferences of arrangements of the sensors and of their reactions. It is possible to reverse the relative position of sensors in order to have to frap-per the lower cushion instead of the high one. The user can reconfigure the configuration by defect within the limits imposed by the operator. This configuration can to be registered for later use or reset to the default configuration of a simple button. This module is accessible via the ZCi module.
ZG. Home interface The welcome interface presents at a glance the menus, the data of training, the objectives and the level of the user. It is possible, to access these data, to have to enter a password and an identification code.
The interface changes as the user adds new software modules to make them accessible directly or by sub-menus. Eg games can be grouped in the Games sub-menu of the home interface.
ZH. Interactive sequencer The interactive sequencer is a system for activating musical loops preprogrammed. These loops, in the chosen embodiment of this module. have a duration of 12 measures.
By performing a combination of precise movement or striking on the striking surfaces in a determined sequence, one of the loops, corresponding to linking, is activated.
A user has the possibility to orchestrate, in real time, a song instrumental or not.
The number of loops and their relative positions depend on the arrangements of the composer.
Software is made available to electronic artists to create loops that can beings used by the system of the invention.
It is possible to associate combinations with loops by similarity. P.
eg a loop that gives the bass drum is a steady movement on a striking surface and a guitar rift is a quick combination of small punches.
In order to activate one or the other of the loops, information of forces, duration, speed can can be correlated. Ex. typing the same combination to different forces, the active user different audio tracks, but similar. Ex. The user hears a electric guitar rift distorted by doing a strong combination. By performing the even in combination sound, but gently, the user will hear an acoustic guitar rift under the same bases harmonics.
Also, notes can be assigned to gestures defined by the structure of the module. Ex. The center cushion at the eye level makes the do note sound when it's hit. Lift the dumbbell left makes note do.
Also a software system can make an arpeggio on a given chord.
The user does so the music by training.
Z1. Dynamic DJ
Dynamic Di offers the opportunity for the user to influence a music of its bank of chan-his using his movements.
The 1) 1 dynamic adapts to several types of training and integrates the music from the bank of the user in a number of routines.
It relates the tempo, the moment A database offers suggestions of songs suggested by the interning and looking in the user's song bank if there is similarity. Once chosen song, the it integrates it with the chosen exercise.
Through digital processing, it is possible to accelerate or slow down the overall pace of the song. This process is done, or not, so as to keep the tone equivalent (slower does not make more serious).
During sessions with Dynamic Di, it is possible to hear the click principal that indicates the tempo. We can activate this click with each module using a precise combination and the close using the same combination (a brief, clear movement).

The setting of the rhythm of the click in pulsation per minute can be established by a software system that analyzes the audio track, by tapping successive listening, by reference in a database external or by manual registration, using a virtual keypad, on the smartphone or the tablet.
Several modes of interaction are possible.
It is possible to slow down or speed up the music if the user moves outside standards established by a routine. If it does not move enough a module, if the intensity of his movements decreases, the music will slow down until the moment, when, alerted by this drop in rhythm, the user will accelerate the pace. Once back in the imposed standard, the music resumes are rhythm in synchronization with the main click. This last transition can be made by an accelerated.
In this configuration, the rhythm is an indication of support from interest. It is not necessary to be completely accurate when executing routines, the criterion principal usually used as a factor to maintain the tempo is the intensity of the training.
In this case, small, poorly executed gestures on each beat will slow down the music more than energetic manifestation in syncope.
It is possible to have to make a specific combination by keeping the rhythm so that the keep his pace. These exercises are similar to a kata and are made by passionate people.
In the case where the user makes the combination on a regular basis and precise, the music is unaltered or improved by compression, equalization or other process file enhancement audios. Eg, a hall effect (echoes) creates a resonance progressive from the song to the any end to emphasize the special character of its perfect execution.
In the case where the combination is regular, but not precise (wrong zone typing or bad gestures), the music keeps its rhythm, but a sound of creaking, feedback or any other distinctive sound indicates to the user that his combination of typing is wrong or that the movement curve of the dumbbell is precipitated, according to the module activated.
These last configurations usually use the song bank of the user through a virtual reader connected to the system of the invention.
If this same combination of movement is accurate, but poorly rhythmic, the rhythm music will be modified to confuse the user.
ZJ. Training programs Training programs are an opportunity for the user to have a pre-program cis according to its objectives. By establishing by virtual exploration, using the network of the operator, the list of available equipment, the programs of training use at maximum this equipment in order to achieve the training objectives of the user in building the session with the modules available in the first steps.
Also, it is possible for the user to change settings such as the duration and intensity of each training or its parts in a precise way (by changing the duration only) or globally (increasing all parameters by 10%). The programs drives consist of a series of blocks of training routines.
Training programs take into account available equipment in the the beginnings of the operator. Training programs can change a routine if the necessary equipment is taken by another user. It adapts so that user sessions maximized and reduce waiting times for users.
Training programs can be tracked individually or in groups. With most light modules, it is possible to do aerobic sessions collective where life of each depends on the effort of all.
ZK. Training routines.

1 ... Training routines form the training programs General. According to the of the user, the module proposes different routines different categories of training objectives.
In this module, it is possible to directly access specific routines to improve its perfbrmances or to practice a routine in overflow of a complete session drive.
ZL. Virtual motivator The virtual motivator is a system that includes a database so to express, to colorful or reserved way, according to the choice of the user, messages motivating. Not only these messages are displayed during the training, they may appear the mailbox of the user at any time to remind him of his progress and so, encourage him to come back and Continue. This database is constantly updated by the selected suggestions from internantes.
The virtual motivator also offers a game that allows you to smash a negative qualifier to leave appear a positive qualifier. Eg, this game can chase PARRESSEUX-ACTIVE, DISSIPPED-DETERMINED, SICK-SUPER FORM, ETC.
ZM. Fighting games Fighting games allow several opponents to fight each other for help of avatars in virtual landscapes. Depending on the modules used, the possibilities of global controls of Tarars vary and adapt.
Of course, fighting games accept the majority of interactive modules to control the avatar.
Also, this control is limited by the sensors of each of the modules or set of modules choose. Thus, a user can control all movements of the avatar using the module A. however, the module K will give the possibility of advancing, of retreating and to strike only. An equivalence system allows you to use just about anything which modules active as game controller. Of course, for one and the other player, it will be the intensity of their workouts that will determine the winner.
These fighting games, in the realistic configuration, are influenced by the statistic data and the current health status of the user. This state of health is calculated by the ZW module.
This state is compared if two players of different fitness. Ex. a child against his dad.
Another rock scissors paper type fighting game offers a variant interesting. The player face another via the ZX module. Three gestures or three combinations represent the three options. Power relations with the same circular logic (1>2>3> 1) are established in three subgroups that can be identified by numbers, element names (C, Au, F, etc.), creatures or any other allegory related to the setting and interface preferences.
Here, in the chosen embodiment, there is the black side, the white side and the colored side. Gestures, bins and routines are classified in black, white or red. The goal of the user is to perform a routine chosen in one of its colors so as to counteract that chosen by his opponent.
The execution of the exercise, according to its level, will be represented by the avatar on the screen, in damage given to the opponent.
The damage is defined by relating the level of the routine, the user level and the quality of the execution. Taking the total of these ratios, a number of damage points is established.
This damage is then adjusted according to a ratio of power ratio imposed by the choice of your colors.
N beats B, who beats R. who beats N
when two colors are identical, the ratio is 1: 1 in the application of the damage is ef-fectué.

When two colors are different. The balance of power gives 10% of variances in advance the highest color and a negative variance of 10% of the total each of the points of damage. In summary, in this embodiment, the ratio is 110X / I00:
90Y / 100.
This means that a user who executes his chosen routine at 70 A) of the intensity chosen will have a damage of 70. His adversary, more exuberant, uses 80% of his potential, creates 80 points of damage. The user chose his routine in the white and the opponent in black. The opponent being a winner, a ration of 110% is applied, giving him a damage General of 88.
The user, the loser are left with a loss of 10% of the 70 damage at 63.
This percentage ratio range can be changed to increase the gaps and what have you healthy, the challenge.
This fight of little routines be played alone, against oneself or with others players, with only one equipment or several, simultaneously or in turns.
ZN. Wall games The wall game allows you to use a standard wall as a striking surface. In big, the user ' must destroy a virtual wall. By activating the sensors of the modules or hitting the latter with modules designed for this purpose, he puts the bricks into pieces. Strength applied by each shot is calculated and removed at the hit points of the wall. Once these life points elapsed, the wall is destroy.
Another wall game offers two users to fight with conditions of time, amount of relative damage.
AO. Rehearsal games Short routines exercise the muscle memory of the user. Presented on a screen of reference, these routines ask the user to redo the presented actions by an avatar, in a virtual world. The equipment used by the user is represented virtually One of these rehearsal games, in order to support the user's attention, proposes to save a avatar in danger. The player will have to support a training intensity in order to to save the poor victim of a dangerous situation. These scenarios are multiple and are relating to the financial year. P.
ex. The player must support a dumbbell in front of him at the height of his shoulders for a long time duration. On the screen, the hero holds the bumper of a train that can not stop ... The user does not have to not give up, he is the last hope of all.
ZR Puzzle Games and Quiz Paternity, assembly and logic games provide opportunities for mental math mixed with bodybuilding. Ex. Additions represent the number of repetitions perform with these dumbbells. Make the leaps, and you'll leave, made less and you be well by repetitions additional information.
Also quizzes offer games of choice of particular answers. A good answer gives rights to a light routine while a bad punishes you with a routine demanding.
ZQ. Stability games Games use the extension features of some modules in order to to create games where resistance is put in the foreground. Twisting, compression or elongation of such modules are the goal of his games. R ex. with the wall of module E retracts and the user must push on the elastic wall and stay straight. Modulation, fast or slow, of the resistance can be made of so that the user has to calibrate his resistance to keep his balance according to the presented voltages.
ZR. Brute force games The brute force games use the bodybuilder class weights in order to give levee games timed and record.

ZS. Choreography Games Games involving the repetition of short and successive gestures with a presentation, gesture by gesture, in real time. choreography.
This choreography module makes maximum use of the ZX2 module.
Of course, virtual dance games are naturally indicated in this module.
A virtual dance teacher introduces the user to steps of dance. In different styles, the user is judged and recommendations as well as repetitions of movements are prescribed in order to constantly improve his style.
Also, a game offers the user to fly. It offers scenarios where a flying creature must worm his skin. Made specifically for K modules. It can be adapted to others. In correlation with the movements of the arms, the user will have to control an airplane, a dragon or a bird.
In this example, the user uses the gloves of the module L and the module AN, overloads adaptable. The user must flap his wings and keep his arms at a sufficiently level high with a load of 2 kg in each hand. Will he be able to fly up the island to settle there or drown in the vast ocean?
ZT. Endurance Games Endurance games plunge the user into a series of exercises represented so metaphorical. Ex. a user who has to do 30 repetitions of a lift of his dumbbells and sees his avatar lift a boiler from a deep well. At the end of the 30 repetitions, the user will have right to a break from the water.
Another situation may be a superhero who has to maintain an airplane in the airs by raising heavy dumbbells.
Also during aerobic sessions in groups, you are a cannon and you must, with your dumbbells, raise and lower your arms in order to reload and fire the cannon to defend the city.
Also, a collective game with the ball, takes advantage, the need to proximity to accessories Bluetooth.
This hot potato game forces players to run in a large space to to launch a bomb in turn. A time limit forces the player with the ball, to get rid of it as fast as possible that it does not explode. He will have to throw it towards another player. If the player catches him, he will in the same position, if he does not catch it, it explodes, virtually, on floor. The player will be injured based on the strength of the Bluetooth signal at the time of impact.
And according to the rules and the order of the damage received by the avatar, the player the highest damage must be the ball.
The limits of such a game are located in real space and adapt to that this. This game can be played in a school yard, a playground, a park, a parking lot.
If the player throws the ball into an area where there is no player, then no Blue-tooth, he will suffer the damage.
In this endurance game, players can recover life points by running fast or in performing short routines.
ZU. Games of flexibility Flexible games, in correlation with the attributes of the modules used, are offered to players through fluid and controlled choreographies, with movements of full extension of the body. These games are very similar to yoga or Pilates sessions.
It is possible to integrate the movements of such disciplines into preprogramming choreography my. Also ballet routines could be run with the modules 0, Q and L and this application.
ZV. Programmer of sessions This module allows to create training routines using several creation systems.
To create training sessions, the software sub-divides the session of training in tie. In the order from little to big: the gesture the combination; routine; the block and finally the training session.
By using these subsections and assembling them according to his desires, he is possible to create totally customized routines.
The interface allows easy assembly of these elements in a block system integrating in each other.
Also, gestures can be created by the user. A system movement registration It captures a gesture from the user during a given period. Movement is then adjusted and recorded as a gesture. This gesture can be named and classified in the gesture bank the user.
Also, another way to create gestures is to use a virtual puppet, placed in a gym virtual, to create gestures. By programming the successive position of members of the puppet and modules in time, it is possible to create gestures. These gestures are recorded in the bank of gestures.
A simulation can present in a virtual environment, the result of this program personalized training in a video sequence. This video sequence can be accelerated in order to have an overview of the training program thus created.
Information Additional extrapolated statements may be displayed on the screen. These information can be the theoretical heart rate, the energy expended, the energy produced, etc.
Once a training routine has been created, it can be saved to be used later-or shared via the web.
This routine may also be modified later if the author of the said routine allows it.
Moreover, during this virtual analysis of the training program, it is possible to evaluate, in according to the level of health of the user if this routine does not present of risks and issues a Indicator of required level of physical forms of the user.
Also, after the recording of a gesture, a software analysis correlation the charges and movements of the gesture with the muscles used. Metadata can be registered so to describe the muscular result of the gesture. Ex. Exercise that activates deltoids. According to the weights, the duration and intensity of the gesture, it can be integrated into a program training by a user who wants to develop his deltoids.
Z W. Training Data Analyst Windows present pleasantly all the statistical data collected by the application. The user can browse and search specific to search criteria allowed by all such statistics. Ex. the last ten reports of training, the average of these, the forecasts of progressions, etc.
This module also integrates a universal classification tool that presents, in the form of graphics and attribute classes, the portrait of a virtual avatar in data function drive. Also he correlates his data in order to see. It's a way to have in a blink look at his current fitness status and share it. R ex. At its first meeting, Following the evaluation exercises, a user has chosen as an avatar a horse that has represented in the form of a donkey since the initial statistics of the evaluation were weak.
However, in the months following training, the user improved to many levels and the donkey gradually turned into a muscular race horse and agile. Of course, in the same order of ideas, the user can change avatar that can be a dog (a chihuahua rottweiller), a dragon (a baby dragon becomes a red dragon), a poison (a sardine becomes a white shark), etc.
The transformation of the avatar is out of the control of the user and is made by correlating the data training levels to determine the levels achieved in each of the attribute classes of the avatar.
These attributes are, in the chosen embodiment of this software module, consisting of:
1. endurance;
2. the force;
3. flexibility, 4. the precision:
5. speed.
After having analyzed the data of said trainings according to a procedure, in this case, on a set of 25 sessions. the application dictates the levels of each of the attributes in the form of scores, which can be in percentages or not.
With the help of this graph, the avatars, made for this purpose, change in relationship of levels attribute reached and maintained by the user. The prolonged absence of the gym will activate a change relative negative of this graph, of these data and by the same token of the general appearance of the avatar.
One possibility is to calculate each four days of inactivity as a zero and uses the 24 past sessions and adds a zero for the twenty-fifth, reducing inevitably the average overall of 4%.
This system of average and relative appearance of the avatar is made so as to sensitize the user to the relation between the frequency of his training and his personal appearance.
A user who favors raw power exercises will increase his performance in strength and a woman doing precision exercises with weights lightweight will have a silhouette slender and flexible. As a result, even if they chose a type of avatar similar, in this case, still the example of the horse.
The first is a muscular horse, broad and massive which represents a horse of work while the second is a slender horse, fast and agile like Arabian horses. The point to remember is avatars are preprogrammed to change appearance in relation with the data attributes.
For example, endurance can be represented by the posture of character, the force by the size of its muscles, the flexibility by an overall elongation of the avatar, the precision by the intensity of the gaze and the speed by the relative movement of the accessories of the avatar such as clothes, collars, harnesses or even his hair. in the case of the horse, his mane.
This result is updated, via the web, if the user wants it and this result acts on the personal icon representative of the internal social network of the system of the invention.
The user can now er on his favorite social networks this representative icon by creating a link or integrating it to its personal page of said networks.
A set of options can then be shared on these social networks, other events such as statistics from his training or achievements exceptional. Ex. the passage on another level, the success of a perfect routine, etc.
The ZW module contains a system that correlates the physical form and equipment used so that these are done by minimizing injuries. This module of analysis of base is used consistently to warn the user if he is too ambitious.
ZXl. MMO connection module The MMO connection module is a set of software solutions that allow sync user-friendly use. It determines strategies for compensation in case or a great distance and the flow of communications prevents an answer in the areas fixed tolerances. Latency greater than 5 milliseconds triggers the compensation strategy which will regularize the situation.
ZX2. Combinatorial Analysis Module This software module is a data algorithm aimed at, according to elements analysis, to situate the user in space and to create a silhouette virtual, representing this latest. This silhouette can vary in precision according to the number and functions of the modules.
This final silhouette is often used by software modules interactive controls their.
This combinatorial analysis takes into account all the data raw sensors and, according to their relevance, allows to locate the user in the space.
It is also clear that more modules are taken into account, the more the ZX2 module accuracy increases.
Multi-sensor calibration procedures are always active to increase the precision also, a computer system can put this silhouette in perspective.
boundary function physical characteristics of the user.
Eg, a user is unable to touch his toes, but when he goes at the current limit of his flexibility, the silhouette will touch her, her toes.
ZX3. Equivalency module The equivalence module is a grid representing all the modules and which offers equivalence solutions between catch possibilities and interaction desired.
The software modules try in every way possible to create equivalences between modules according to the type of desired training routines.
This is the last resort when equipment availability is limited.
Also, this module allows two users to use two different modules playing with same games. Ex. A user chooses the cardio mode with a module A and trains, in a fighting game with his sister, who holds, in his hands, the most light weight of module K.
even if they are on two different modules, they will have to perform at best of their abilities ities, one by gently hitting the cushions and the other with these little ones dumbbells.
ZY. Social login module This software module makes it easy to share with its social networks, his performances, routines, video clips, and virtual clips of its performance.
It is possible to initialize this module by inserting its connection information on the networks which will synchronize these data automatically, according to the user preferences.
.ZZ. Maintenance and Operation Software.
The maintenance and operation software contains a control table that allows you to edit the operator parameters of a module of the invention. It allows access complete to the module and to its components. It can activate diagnostic routines to evaluate the integrity of the module and its components. This software gives almost unlimited access and allows to adjust the limits safe use of the modules according to the customs and temperaments of his clientele so protect the equipment.
This software module is generally used with heavy modules although some modules Lightweight can be calibrated as well.
Z-SDK Development Software Software development for software developers. This program allows to encode quickly with the programming blocks for each of the components of the invention available to programmers.

Also, a graphical interface that represents the total bank modules and components of the invention makes it possible to place these components in a virtual space and to program their movements, under the same system of virtual puppet previously cited, in order to determine the command corresponding to the interaction wishing to be programmed.
This module is available to programmers.
It also allows, in another window, to have a complete simulation of the application as she would be seen by a user.
Also, in the virtual test space, gravity is taken into account. All the modules have their weight, compression and grip properties. Obviously, the hardness of materials is taken into account.
As well. made available to programmers, various virtual users covering the pallet levels of physical forms. They will have access to different models that help determine the safe limits of equipment according to their musculature, bone mass, shape general, age, vo2max, heart rate, etc.

Claims (44)

1. A system, a process and a set of physical training modules interconnected and additional modules consisting of striking modules, modules to be moved, modules for knock and adapter modules;
Whose constitution incorporates pressure data sensors, acceleration.
extension, torsion, audio, video and biometrics conjunction by sys-multi-level computer system whose different modules can enter into actions;
Whose computer components of said modules are connected to a device Of type smart phone with an app connecting to one or more of these modules to create an interaction between them and the user during the drive;
Wherein said application is capable of handling all connected sensors in the chain of com-computer sets that it is in series. in trees or a combination of these string types with an application that use a pre-programmed selection of sensors at each sub-application of each of the computer centers of the nodules connected to the main application;
From which it is possible to use several modules simultaneously. 2. A Cardio Sports Stroke Training System composed of strike zones and catching;
Whose areas are primary or secondary;
These areas have sensors Whose hit and strike areas are attached to a solid base;
The combination of a base and the hitting or catching area forms a section;
Of which these sections are interchangeable;
Of which a distributor acts as a support;
Whose dispenser is securely attached;
Whose base is inserted into the dispenser;
Whose base is firmly attached to the dispenser;
Of which a protective cushion is placed on the dispenser;
Whose cushion is provided with spaces;
Whose spaces allow the zones of striking or catching to pass;
Whose distributor supports the sections securely;
The distributor attaches to the wall or a support module. 3. A system such as 2 composed of an assembly of a distributor, a envelope and sec-tions;
Which sections are installed in the dispenser through the spaces provided for this purpose;
Whose envelope is provided with space to allow sections to pass through through the envelope;
Whose localized resistance variance in real time is made with the use of energies pneumatic or hydraulic.
The distributor contains a manifold that distributes the pneumatic energy or hy-hydraulics to components with electronically controlled valves;
Whose striking sections may be struck;
Whose catch sections can be caught;
The sections of which offer configurations of surfaces, materials shock absorbing, sensors, the position of these and various shapes;
Whose sections can be interchanged independently;
Whose sections vary their resistances automatically;
Whose envelope is an absorption cushion placed over the dispenser and under them strike zones of the sections;
Including this same envelope is equipped with pressure sensors and sensors acceleration dispersed on and under the shock absorbing material. 4. A cushion consisting of lateral secondary strike zones containing a gel or a combination ble layers of gels;
Whose structure reinforces the whole;
Whose spaces are placed across;
Whose spaces let other components pass;
The user's requested interaction is to hit or seize the lateral areas in more frontal areas of the cushion. 5. A cushion such as 3 consisting of lateral secondary striking zones containing cushions pneumatic or hydraulic;
Whose side areas contain a connection;
Whose connection is made with hoses;
Whose connection is with the collector;
Whose collector controls the pressure. 6. An Attack Simulation System for Strike Sports Incorporated a nozzle, a system dull pneumatic pressure control and a detection system of proximity;
Whose air release is activated electronically;
The user's requested reaction is to place his members in front of the air jet during the ejection of the air jet;
Which this reaction is measured. 7. A system such as 6 with nozzle whose direction and shape of the jet can be changed electronically;
Whose steering is controlled by a piston system tires;
Whose shape control is done by a diaphragm. 8. A system such as 6 or 7 integrated with sports equipment;
Whose equipment is made to be hit. 9. A system such as 1 and 3. 10. An elastic band system for bodybuilding with a set of electronic sensors elongation and a computer system equipped with radio frequency;
Whose bands and handles can be modular and interchangeable;
Of which a conductive expandable component is circuited in combination with the band elastic;
Whose component is connected to the computer system;
Whose component changes its resistance according to the applied voltage;
Which this change creates a current information applied in circuit on the component. 11. A system as defined in 10 whose attachment mechanism slides the handles and the strip one in the other by a rail made of two complementary extrusions;
Whose mechanism is provided with a securing device;
Whose strips are separated from the handles;
Whose strips are available in several resistances;
Whose strips are attached to the extrusions of the strips:
Of which the conductive elastic bands are connected to the contact points extrusions bands;
Whose extrusions have contact points with the extrusion the handle;
Whose system is equipped with a computer system connected to the points of contact. 12. A system of elastic band and handles combining resistance by gravity;
Whose resistance is fixed with additional weights;
These weights are attached to the handles. 13. A process for the manufacture and adaptation of controlled sports equipment electronically including a receiver and a complementary removable pad;
Whose tablet includes a computer system;
Whose pellet is equipped with radio-frequency capabilities;
Whose pellet is equipped with a battery;
Whose chip is equipped with accelerometer sensors;
Whose pellet is equipped with micro piezo;
Whose pellet contains a female connector;
Whose receiver contains a male connector;
Whose receiver contains a set of universal connections for all sensors of equipment;
Whose sensors are equipped at the end of their wires with the connection universal;
The plugs of the universal connectors are connected to the connector universal reception tor;
These universal connectors are connected to the male connector of the receiver. 14. A method of tracking assisted equipment using a signal to light pulsation;
Whose light emitter on equipment emits a pulse code light;
Including the use of a computer system equipped with camera, screen and capacity software is required;
Whose computer system manages an application and the data simultaneously of the video camera;
Whose video receiver captures the light pulsation;
Whose application has on-screen video capture;
This application captures and interprets light signals;
This application warns the user of the presence of the light signal in the field of the camera ;
Whose application is on the screen, above the light signal corresponding, a mark indicating to the user where the equipment is located in its field of vision. 15. An electronic interactivity system that integrates with a board wheels;
The integration is done by placing the system between the board and the axle ;
Whose system is placed in a solid structure;
The dimension of the structure is similar in length and width of support plates the axle to which the fastening screws fit;
Of which the holes in the system are placed in accordance with the standard rolling boards and let pass the fixing screws of appropriate length;
Whose screws goes through the holes of the board, the system and into the axle;
Whose structure contains a radio-capable data center frequency;
This computer center is connected to the sensors contained in its structure. 16. Such a system in 16 equipped with video cameras. 17. A video camera system that can be attached under a board to wheels;
The integration is done by placing the system between the board and the axle;
Whose dimension of the system structure is similar in length and width of axle bearing plates in which the fastening screws fit;
Whose holes in the structure are placed according to the standard layout of boards to casters and let the fastening screws of appropriate length;

Whose screws go through the holes of the board, into those of the system and in the axle;
Whose structure contains a battery, an electronic control system, ability to frequencies and computer memory system;
Whose computer memory system retains captured video clips;
From which it is possible to access the computer memory. 18. A system such as 15 and 16 has a receiver capable of accommodating a lozenge such as described in 13. 19. A bouncing ball;
Whose constitution is made of two half-spheres which assemble;
Whose half-spheres are dug in their centers;
Including in this center, a computer center is placed;
The unit contains a battery, accelerometer sensors and a piezo microphone;
Whose data center is equipped with radiofrequency capability;
Whose ball is equipped with a chimney allowing the passage of a stem;
Whose stem contains a connector at the end;
This connector can be plugged into the central computer. 20. A heavy ball containing a computer center;
Of which the pressure sensors are arranged under and its surface;
The unit contains a battery, accelerometer sensors and a piezo microphone;
Whose data center is equipped with radiofrequency capability;
Whose ball is equipped with a chimney allowing the passage of a stem;
Whose stem contains a connector at the end;
This connector can be plugged into the central computer. 21. An overload system made of a variation of constituent;
Whose size does not vary;
Whose constituents have different masses;
Whose aggregation of constituents makes it possible to create precise masses;
Whose constituents are placed in a capsule;
Whose capsule is complementary to a receptacle;
This receptacle is placed on sports equipment.
This receptacle is connectable in series on the equipment. 22. A protective glove for striking sports;
Whose constitution incorporates pressure sensors;
Of which a pressure sensor is placed on the edge of the hand;
Whose pressure sensor is placed in the palm;
Whose pressure sensor is placed on the back of the hand;
Of which a pressure sensor is placed on the front of the fist;
These sensors are connected to a data center;
This unit is equipped with radio frequency capability. 23. A glove such as 22 equipped with receptacle for the capsules defined in 21. 24. A glove in 22 or 23 equipped with accelerometer sensors different sensitivities;
This glove is equipped with a micropiezo;
This glove is equipped with a conductive fabric;
This glove emits a current into the conductive fabric;
This current is captured by the conductive fabrics of other modules. 25. A glove such as 22, 23 or 24 equipped with a flexion sensor placed in the fingers;
This glove is equipped with pressure sensors on the fingertips;
These sensors are connected to the central computer. 26. A system as defined in 1, 2 and 3;
Whose distributor is configurable;
Whose dispenser contains section receptacles;
Whose receptacle recloses and fixes the base of the section;
Whose receptacles are fixed together;
Whose fixation is made of multiple components;
Whose component is a geometric shape One component of which is an iron bar;
Whose component is a bolt;
One component of which is a pierced rubber disc;
One component of which is a piston;
Of which a component is a component angle adapter for the joints of com-ponents;
Whose receptacles are equipped with receptacle seals to which the joint joints ponents.
Variable component configurations create shapes different;
Of which this form is covered with a suitably shaped envelope;
This envelope protects the user from the dispenser structure. 27. An extensible webbing system;
Equipped with columns supporting cylinders;
Whose rolls are fitted with winding mechanisms;
Whose fabric consists of several components Whose component is conductive fabric;
Whose component is rubber;
Whose component is gel;
Whose component is kevlar;
Whose component is a cable;
Whose component is a motor;
Whose component is a connection system;
Whose conductive fabric changes electrical resistance when stretched;
This thickness varies on the canvas depending on the striking zone main;
Whose rubber is reinforced with kevlar fibers;
Whose kevlar is willing to create tension axes;
These voltage axes end with attachment points;
Whose cables are attached at the point of attachment;
Whose cables are wrapped around a cylinder;
Whose winding creates tension in the fabric. 28. A system such as 27 with softened striking surface;
Of which these main strike areas are dug;
Whose hollow is filled with a gel; 29. A system such as 27 or 28 interactive and automatic;
Whose winding mechanisms are activated by a motor;
Whose engines are electronically controlled;
Whose canvas is equipped with a network of sensors;
This network contains pressure sensors;
This network contains accelerometer sensors;
This network contains localized voltage sensors;
These sensors are connected to an integrated circuit to the canvas;

Which this circuit leads to a connector;
This connector connects to the computer center;
Whose computer center is equipped with radiofrequency;
Whose radiofrequency allows a connection to a computer. 30. A system such as 27, 28 or 29 adjustable and reclining;
Whose post supports a mechanism of variation of height;
Whose mechanism supports an angle variation mechanism;
Whose height variation mechanism contains motors;
Whose motors activate gears;
Whose gear takes hold on a pole;
Of which another gear takes hold on the angle variation mechanism;
Whose angle variation mechanism supports the cylinder;
Whose engines are electronically controlled. 31. A dynamic foot support device;
Whose use is in conjunction with systems 27, 29, or 30;
The fixing to the system is done by the bottom of the posts;
Whose fixation is a set;
This set contains a cable;
This set contains a base;
Whose base is attached to the cable;
This cable is attached to the post;
Whose base is slip resistant;
Whose base holds a support plate;
This bearing plate can be lifted at one end;
Whose movement is created mechanically;
Whose support plate is attached to the base;
Whose attachment is at one end of the plate;
Whose fixation is mobile;
An angled movement is created;
This movement allows a foot support. 32. A system such as 29 in a semicircle;
Whose canvas is provided with complementary rings;
Whose rings are fixed;
Whose fixture is at the back of the canvas;
Whose attachment is built into the reinforcement;
Whose arrangement of the rings is made between the zones of strikes;
Whose rings hold cables;
Whose these cables pass through pulleys;
These cables are connected to a winding mechanism;
Whose winding mechanism is provided with a locking device;
Whose device is electronically controlled;
Whose winding mechanism is activated by a motor;
Whose engine is electronically controlled;
Whose each winding mechanism is independent;
Whose motions of the motors create a localized tension;
Whose pulleys are placed on a cage in the shape of a semicircle;
Whose cage is placed behind the canvas;
Localized tensions pull the canvas towards the cage;

Whose cage is placed on a base:
Whose base holds the system. 33. A multicomponent dumbbell system containing a handle; overloads surface and weight with locking mechanism;
Whose overload contains a protective surface;
Whose surface protects the hand Whose surface is compressible;
Whose surface is provided with a reinforcement architecture;
Whose compressibility is limited by the reinforcement architecture;
Whose surface is connected to two disks;
Whose discs fit into both ends of the handle;
Of which these discs are of heaviness and of variable volume;
Whose locking mechanism weights are placed firmly on the ends of the handle;
Whose locking mechanism weights are of heaviness and variable volume;
Whose combination of overloads and weights forms a set of resistors ;
Of which these resistances follow a steady progression. 34. A system as defined in 33 whose handle contains a central computer science;
Whose data center contains radio frequency capabilities;
Whose central contains accelerometers;
Whose central contains piezo pickups;
Whose handle is provided with a handle connection;
The overload is equipped with a connection that fits into the connection handle;
Whose surface has bending sensor;
Whose surface is equipped with a pressure sensor;
Of which the information of the sensors of the overload are transmitted by the connection of handle at the computer center. 35. A boxing glove transformation system into an interactive system;
The deployment is done by placing a sheath on the glove;
Whose sheath is elastic;
Whose sheath adheres to the glove by its composition;
Whose composition is one or more materials;
Whose material is rubber;
Whose material is vinyl;
Whose material is glue;
Whose material is latex;
Whose sheath is equipped with pressure sensors;
Whose sheath is provided with an accelerometric sensor;
Whose sheath is connected to a computer center;
The unit contains a battery, accelerometer sensors and a piezo microphone;
This computer center is placed at the wrist. 36. A striking cushion consisting of independent pneumatic chambers;
Of which all the rooms constitute a striking zone;
The shape of the rooms is made of a reinforcement;
Whose resistance and sensation are modified by the forms complementary bers;
Whose main chamber contains a valve system;
Of which a main chamber is supported by a secondary chamber;

Whose secondary chamber is in the form of a cone;
Of which a secondary chamber contains a system of valves;
Whose main chamber is complementary to the secondary chamber;
Whose rooms are placed in a protective layer;
Of which all the chambers and the protective layer form the cushion of hit;
The volume of the punching cushion is constant. 37. A multi-layer cushion construction method;
Whose function is to absorb shock;
Whose component configuration is multiple;
Whose components are multiple;
Whose component is gel;
Whose gel is of different densities;
Whose component is rubber;
Whose rubber is of different densities;
Whose component is kevlar;
Whose component is leather;
Whose component is an air cushion;
Whose component is a gel cushion;
Whose components vary in thickness;
Whose components are arranged;
Whose arrangement is vertical;
Whose arrangement is horizontal;
Whose arrangement is in depth;
Whose result of this arrangement modifies the absorption of shocks;
Whose modification creates a resistance variation;
Whose resistances are progressive;
Whose resistances are calculated and named. 38. Such a method in 37 interactive;
Of which electronic components are added;
Whose component is a pressure sensor;
Whose component is an acceleration sensor;
Whose component is a piezo audio sensor;
Whose components are connected to a circuit;
Whose circuit is connected to a connector;
Whose connector connects to a computer;
Whose electronic components are arranged;
Whose arrangement is horizontal;
Whose arrangement is vertical;
Whose arrangement is in depth;
The result of this arrangement changes the sensitivity of the sensors;
Whose modification creates a resistance variation:
Whose resistances are progressive;
Whose resistances are calculated and named. 39. A training chest by resistance band;
Whose plastron is provided with a snap mechanism;
Whose mechanism receives one end of a band;
Whose end is attached to the breastplate by this mechanism;
Whose strips are attached to an attachment point;

Whose attachment point is a handle or glove;
Whose attachment point is taken by hand;
Whose bands offer resistance to hand movements. 40. An adaptation system of traditional striking equipment such as a punching bag;
Whose system wraps around the equipment;
Whose system is attached to itself;
Whose system is formed of a surface;
Whose surface is made by the process such as at 37 or 38;
Of which this system includes the method as in 13;
Whose surface is reinforced. 41. An interactive sports typing system in the form of a cushion containing a built-in their;
Whose sound is transmitted to the shock absorption layers;
Whose sound is adjustable in volume and frequency;
Whose sound can locate the cushion among others. 42. A striking cushion with controlled air inlet of the same shape that a punching traditional bag;
Whose air inlet and outlet are fitted with a valve;
Whose valve is electronically controlled;
Whose air volume variation is interactive;
Whose variation produces a change in resistance;
This resistance varies over very short times and automatically. 43. An interactive system of protection for combat sports;
Whose component is a knee brace;
Whose component is an elbow protector;
.Dont a component is a helmet;
Whose component is a breastplate;
Whose component is a glove;
Whose each component is equipped with accelerometric sensors;
Whose each component is equipped with pressure sensors;
Whose each component is provided with conductive fabrics;
Whose each component is independent;
Whose component can be used alone or in series;
Whose each component protects a part of the body;
Of which each component is equipped with a system as defined in 13. 44. A shield intended for physical training, especially for boxing and martial arts ;
Which a video camera allows connection to a mobile computer;
Whose mobile computer can be attached to the back of the shield;
Whose coach holding the shield can see on his mobile computer the video capture.