FIELD OF THE INVENTION:
The present invention relates to the stimulation and relaxation device. More particularly, the present invention relates to a device that significantly works in synergy to stimulate muscles and psychologically relax stress and tension and alleviates body pain in less time; it relaxes muscles and avoids post-surgery venous thrombosis; retards disuse atrophy; promotes muscle re-education after surgery. The present invention enhances the recovery process of the muscles and psychological stress; thereby making the muscle and psychological healing process faster; reducing the pain and psychological stress recovery time.
BACKGROUND OF INVENTION:
The world of medical devices dealing in the stimulation and technique is growing with rapid speed. Due to change in life style, increasing stress and tension has taken a serious toll over the muscular strength of the body. After a period of bed rest after a major surgical procedure, to people with limbs in casts or from becoming bedridden due to illness or age, the muscles are no longer as active as usual or When muscles are no longer in use, they slowly become weaker. Eventually, they begin to shrink. This leads to disuse atrophy. In some cases, disuse atrophy can be reversed if the muscles become active again. Disuse atrophy often occurs from not using a muscle or a disconnection of the nerve signals to the muscle. Due to disuse atrophy, muscle re- education is needed to retard the disuse atrophy. Also, due to injury to a vein, surgery, certain medications and limited movement; the blood clots of deep vein thrombosis can be caused by anything that prevents your blood from

circulating or clotting normally. There are muscle spasms and joint pain due to surgery and age-related effects.
With muscle and joint pain, it is pertinent to observe that various scientific studies have reported the mutual relationship between chronic pain and stress. Chronic as well as acute pain escalates stress and the later in turn intensifies the perception of pain. Further, body's response to pain and stress triggers identical increase in heart rate and blood pressure. Psychological stress affect body's inflammatory response which produces pain. These factors collectively can lead to sleep deprivation deteriorating health and well-being of person. Recent techniques in pain rehabilitation focus on alleviating stress for better outcomes in treatments of chronic and acute pain.
Therefore, there is a need for devices that reduce the pain due to surgery, spasms, age and reduce the stress levels of the brain.
Conventionally, for alleviating muscular pain and joint pain, various devices are known in the art, which can be operated manually or with the aid and assistance of battery or electric power are known in the art, which typically relaxes the muscles. These prior arts create a specific pattern of movement thereby relaxing the nerves and ease the blood flow inside them thereby relaxing the muscular spasm and stiffness. Depending upon the place of its use, the shape and size of the stimulator may also vary. One of them is ultrasound device. Ultrasound device refers to the transfer of sound waves to the body in the form of thermal energy. When ultrasound is applied to the affected or pain area it increases the tissue temperature and stimulates the thermal receptors. When these receptors are stimulated it increases the cell membrane permeability and the heating effect increases the local blood circulation

in that area. This increases the soft tissue extensibility which results in muscle relaxation thereby reducing stiffness in the area. Ultrasound also stimulates the free nerve endings which carry the pain signals and block the pain pathway thereby reducing the pain. Ultrasound thus have beneficial effect in reducing pain as well as promoting healing. However, ultrasound devices do not work on psychological stress due to the muscle pain.
For reducing the psychological stress levels, CES is seen to be effective in pain and stress management and conditions like anxiety, insomnia, depression, bipolar disorders. CES works at thalamus and cortex levels by interfering with the brain waves activity and releasing neuro¬hormones respectively. At the thalamus level, it induces changes in the brain waves activity. It aims to bring the brainwaves into the frequency range from alpha to deep theta. Increased alpha activity is associated with relaxation and greater awareness and decreased delta activity is associated with reduction in fatigue and stress levels by inducing sleep. Whereas at the cortex level, the cortical and subcortical areas are deactivated which influence neurotransmission in thalamus, hypothalamus and limbic system. This neurotransmission cause release of neurotransmitters such as endorphin, serotonin, Cortisol, ACTH etc. responsible for pain & stress management, mood changes, decreased anxiety levels, better arousal, relaxation etc.
However, the prior arts, which are known, do not disclose a typical device that provides stimulation of muscles and relaxation to psychological stress with electrical signals with ultrasound waves.

PRIOR ART AND ITS DISADVANTAGES
A US patent application number US20100145399A1 discloses devices which are used for performing multiple modes of electro, vacuum and ultrasound therapy are disclosed as well as methods of using those devices. One device for providing a constant current and/or a constant voltage to regions of a patient's body includes a housing, at least one microprocessor for generating at least one signal, at least one amplifier circuit for amplifying the one or more signals, at least one feedback circuit for delivering at least one constant current to a patient's body, at least one lead wire socket located on the exterior of the housing, at least one pair of electrodes connected to the one or more lead wire sockets, wherein the electrodes are placed in communication with at least one region of the patient's body so that an output current and or voltage is delivered to one or more of the skin regions of the patient's body. Additionally, a controller is used to activate the constant current and/or voltage and it is also used to select one or more selected modes for the constant current or voltage.
However, the technology used to generate the output is quite old. It uses constant current and constant voltage for stimulation. It fails to disclose a synergistic stimulation and relaxation device which reduces pain as well as psychological stress in less time. The prior art fails to disclose a user-friendly interface. Moreover, the device cannot be controlled remotely. It fails to disclose a smart wireless system for storage and analysis of the recovery data. It fails to disclose an intelligent system to keep a track on the stimulations given and the recovery process.
A Japanese patent number JP2017519551A5 discloses Methods of inducing cognition effect and use it wearable nerve stimulator and

lightweight for applying the transcutaneous electrical stimulation. Such devices are lightweight and wearable, it is mounted together with the electrode assembly to the temporal of the subject and is configured to fit securely and comfortably on the head of various sizes. Such nerve stimulator, a high current strength safely and effectively applied (e.g., using a high voltage source) so Configured hardware may include software and / or firmware components. Such apparatus also which electrode (if any) that either unique to identify coupled to the neurostimulator, comfortable user to deliver a complex (e.g., ensemble) waveform, which may include a capacitor discharge component It may be configured to enhance of.
However, the prior art fails to disclose a stimulation and relaxation device which provides a significant reduction in muscle and joint pain and also reduces psychological stress in a less time duration by the synergistic stimulation and relaxation of ultrasound, electro stimulation and cranial electric stimulation. It also fails to disclose a smart wireless system for storage and analysis of the recovery data. It fails to disclose an intelligent system to keep a track on the stimulations given and the recovery process.
Another US patent number US9174065 discloses In some examples, nerves surrounding arteries or leading to organs are targeted with energy sources to correct or modulate physiologic processes. In some examples, different types of energy sources are utilized singly or combined with one another. In some examples, bioactive agents or devices activated by the energy sources are delivered to the region of interest and the energy is enhanced by such agents or the agents are enhanced by the energy sources.

However, the depicts the method of stimulating tissue based on filtering properties with combination of Ultrasound and electric stimulations. It takes longer time to heal with this method that is as long as 6 to 12 weeks.
Disadvantages of prior arts
Said prior art devices suffers from at least all or any of the following disadvantages:
• Most of the prior art fails to provide a device to stimulate muscles in the body as well as fails to provide a device for psychological relaxation that has a synergistic effect of stimulating and relaxing muscles and psychological stress and tension in significantly less time.
• Many of the prior arts fails to provide a device that effectively treats muscle spasms so that it prevents and retards disuse atrophy; fails to provide muscle re-education.
• Many of the prior arts fail to increase the blood circulation effectively in the pain effected muscle.
• Many of the prior art has a longer recovery time to alleviate pain as the devices are less effective.
• Most of the prior art fail to provide remote access of the devices to the user and remote operation of the device through wireless communication.
• Most the prior arts fail to provide a tracking system for tracking the recovery in muscles and reduction in psychological stress in the device.

• Most of the prior arts fail to provide the status of the recovery of muscle and psychological stress in the patient.
• Most of the prior arts fail to provide a device has a user-friendly interface.
Thus, in order to overcome the limitations mentioned above and several others associated with the existing prior art system there exist a need to develop a system for providing stimulation and relaxation to obviate problems of the prior art.
OBJECTIVES OF THE INVENTION
The main objective of the present invention is to provide a stimulation and relaxation device.
Another objective of the present invention is to provide a stimulation and relaxation device that works in synergy to stimulate the muscles in the body and reduce psychological stress providing relaxation to the brain in lesser time duration.
Another objective of the present invention is to provide a stimulation and relaxation device, which eliminates the muscle spasms.
Yet another objective of the present invention is to provide a stimulation and relaxation device, that helps in prevention or retardation of disuse atrophy by stimulation of the muscles of the body.
Yet another objective of the present invention is to provide a stimulation and relaxation device, that increases local blood circulation in body; which helps in reducing pain in the muscles.

Yet another objective of the present invention is to provide a stimulation and relaxation device, that facilitates muscle re-education in cases of post-surgery and stiffness of muscles.
Yet another objective of the present invention is to provide a stimulation and relaxation device, that facilitates maintaining or increasing range of motion of the muscles in the body as muscle pain is reduced.
Yet another objective of the present invention is to provide a stimulation and relaxation device, which is effectively used immediately after post¬surgical stimulation of calf muscles to prevent venous thrombosis.
Yet another objective of the present invention is to provide a stimulation and relaxation device, which help to reduce muscle pain and joint contractures.
Yet another objective of the present invention is to provide a stimulation and relaxation device, that reduces the recovery time of the muscle pain.
Yet another objective of the present invention is to provide a stimulation and relaxation device, that works in a synergy to make the recovery from muscle, joint pain and psychological stress faster.
Yet another objective of the present invention is to provide a stimulation and relaxation device, which is remotely operated by the user as it has wireless communication.
Yet another objective of the present invention is to provide a stimulation and relaxation device, which provides information wherever required about the recovery of muscle pain and psychological relaxation by the device.

Yet another objective of the present invention is to provide a stimulation and relaxation device, which keeps a record the ongoing recovery of the muscle pain and relaxation of psychological stress.
Yet another objective of the present invention is to provide a stimulation and relaxation device, that keeps track of the history of muscle pain and psychological stress of each patient.
Yet another objective of the present invention is to provide a stimulation and relaxation device, that shows the regular status of the recovery of muscles and relaxation of psychological stress.
Yet another objective of the present invention is to provide a stimulation and relaxation device, has a user friendly interface; making it easy to operate and understand.
BRIEF DESCRIPTION OF THE DRAWINGS:
The present invention overcomes the aforesaid drawbacks and other objects, features and advantages of the present invention will now be described in greater detail with reference to the accompanying drawings in which:
Figure 1: Shows the block diagram of the present stimulation and relaxation device.
Figure 2: Shows the block diagram of the wireless communication means in the present stimulation and relaxation device.

Meaning of Reference numerals of said component parts of improved knee meniscus for artificial knee joint implants

p A stimulation and relaxation device
CD Control Device
IU Input Unit
LS LED Support
InP Input means
SCR Screen
PM Protection Means
S Supply Unit
AC AC Supply means
DC converting means
IM1 Interfacing Means 1
IM2 Interfacing Means 2
VU Vacuum Unit
VG Vacuum Generator
VM Vacuum motor
VOP Vacuum Output
STU1 Stimulator Unit 1
SGI Stimulation Generator 1
SRM1 Stimulation Regulating Means 1
S0P1 Stimulation Output Means 1
ULT Ultrasound Unit
USG Ultrasound generating Means
UAM Ultrasound Application Means
STU2 Stimulator Unit 2
SG2 Stimulation generator 2

S0P2 : Stimulation output means 2
LCM : Wireless Communication Means
WCM Wired Communication Means
SM Storage Means
DETAILED DESCRIPTION OF THE INVENTION:
The present invention provides a stimulation and relaxation device P. More particularly, the present invention relates to a device that significantly works in synergy to stimulate muscles and psychologically relax stress and tension and alleviates body pain in less time; that is 60 - 80% faster than that of the conventional technologies. The present invention it relaxes muscles and avoids post-surgery venous thrombosis; enhances the recovery process of the muscles; thereby making the recovery of the muscles and psychological stress faster; reducing the recovery time of muscle and joint pain and psychological stress. It also provides a device which is remotely operated and has remote user interface; shows the status of the recovery in muscles pain relaxation of psychological stress at regular interval of time remotely.
Referring to Fig. 1, the stimulation and relaxation device comprises of:
• Supply Unit (SU),
• Control Device (CD),
• Input Unit (IU),
• Protection Means (PM),
• Interfacing Means 1 (IM1)
• Interfacing Means 2 (IM2)
• Vacuum Unit (VU)

• Stimulator Unit 1 (STU1)
• Ultrasound Unit (ULT)
• Stimulator Unit 2 (STU2)
• Wireless Communication Means (LCM)
• Wired Communication Means (WCM)
• Storage Means (SM)
• wireless remote storage means (WRM)
Wherein,
The stimulation and relaxation device is powered by a supply unit (S). The Supply Unit (S) further comprises of:
• AC Supply Means (AC),
• Converting Means (DC)
The AC Supply Means is the AC power supply of 220/llOV, 50/60Hz AC. The converting means (DC) provides DC power to the controlling device (CD); wherein the converting means (DC) is used from but not limited to DC Adapter, Battery, inverter power supply etc. The AC supply means (AC) acts as a charging means in case the converting means (DC) is a battery or inverter power supply. The supply unit (S) is connected to the interfacing means 1 (IM1); wherein the interfacing means 1(IM1) provides the supply from the supply unit (S) to the control device (CD) and the Stimulator unit 2(STU2). The interfacing means 1 (IM1) regulates the power supply from the supply unit (S) and distributes the power to control device (CD) and the Stimulator unit 2(STU2). Said interfacing means (IM1) has a port wherein the wired communication means such as a wire or USB device is connected for firmware updating.

Said protection means (PM) is provided and connected to the control device (CD), which in case of any power surge, overload, short-circuit or fault in the device (P), cuts off the main supply unit (S) from the device (P) for the protection of the simulation and relaxation device.
Said Control Device (CD) is the main control to which every stimulator unit and input unit (IU) is connected; wherein the control device (CD) controls the input unit (IU), Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT) through control signals. The control device (CD) collects and stores the stimulation parameters entered by the user in the internal storage of the control device (CD) and then applies the configuration data provided by the user to the Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT) as per the selection by the user.
Said input unit (IU) is connected to the control device (CD); wherein the user enters the stimulation parameters required and the duration of time for the working of Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT) through said input Unit (IU). The input unit (IU) provides the stimulation parameters in form of input signals to the control device (CD). The input unit in turn comprises of:
• LED Support (LS),
• Input device (InP),
• Screen (SCR)
Wherein, said input device (InP) is the interface between the user and the stimulation and relaxation device (P). The LED Support (LS) provides lighting to the input unit (IU). Said input device (InP) is connected to

said Screen (SCR); wherein all stimulation parameter and time duration for working of the device (P) is fed through the input device (InP) is displayed on the screen (SCR). The screen is selected from but not limited to LCD screen, TFT Screen, LED display screen, LCD screen etc.
Said input device (InP) is selected from but not limited to keyboard, keypad, switches, touch pad, encoder etc. it may also be a wireless communication device through which a user provides input instructions remotely to the control device (CD).
The control device (CD) output is connected to Four stimulator units:
• Vacuum unit (VU),
• Stimulator unit 1 (STU1),
• Stimulator unit 2 (STU2),
• Ultrasound Unit (ULT),
Said Vacuum unit (VU) Further comprises of:
• Vacuum Generator (VG),
• Vacuum motor (VM),
• Vacuum Output (VOP),
Said vacuum generator (VG) receives the power supply from the Supply Unit (S) and converts it to DC current; wherein the vacuum motor (VM) receives this DC Supply and rotates the vacuum motor (VM) to generate vacuum. Thereby the vacuum motor (VM) works as a vacuum suction pump to provide substantial air suction to create vacuum. The vacuum motor (VM) is controlled by the vacuum generator (VG); wherein the speed of motor is controlled through the pulse width modulation technique; wherein the pulse width modulation technique, the

frequency of the signal pulses given to the motor is varied to control the speed of the motor. The vacuum generator (VG) also monitors the power supply in terms of current given to the motor. This controlled vacuum helps in wound healing by sealed dressing in vacuum pads; wherein the continued vacuum draws out fluid from the wound and increases blood flow to the area.
Said Stimulator unit 1 (STU1), further comprises of:
• Stimulation Generator 1 (SGI)
• Stimulation Regulating Means 1 (SRM1)
• Stimulation Output Means l(SOPl)
Wherein,
Said Stimulation Unit 1 (STU1) generates the electric stimulation signals in digital signal in the Stimulation Generator 1 (SGI). Said Stimulation Regulating Means 1 (SRM1) converts the digital signals form the Stimulation Generator 1 (SGI) into the analog signals. These analog signals are amplified before giving to the Stimulation Output Means 1 (SOP1).
Said Stimulation Output Means 1 (SOP1) is a four-channel output; wherein each channel is electrically isolated from each other, for electric safety purpose. Said Stimulation Output Means l(SOPl) needs three voltages for regular operations, i.e. 3.3V, 5V for low power ad 24V for variable/adjustable voltage generator. Said Stimulation Output Means 1 (SOP1) is connected to the Stimulator unit 1 (STU1) through Interfacing means 2 (IM2); wherein the interfacing means 2 (IM2) provides an output socket to deliver the output of the Stimulator unit 1 (STU1) to the user.

Said Ultrasound Unit (ULT) Comprises of:
• Ultrasound generating means (USG),
• Ultrasound Application means (UAM)
Said ultrasound generating means (USG) generates the ultrasound signals for ultrasound therapy. The Ultrasound generating means (USG) generates an electrical signal of particular frequency of 1MHz or 3Mhz is generated using frequency generator; the amplitude of the generated signal is controlled in the ultrasound generating means (USG) and generated electrical signal is given to piezo generator inside the ultrasound generating means (USG). The piezo generator has a complex impedance at resonance frequency; wherein impedance is the effective resistance of an electric circuit or component to alternating current, arising from the combined effects of ohmic resistance and reactance. The input impedance is matched with the output impedance of the ultrasound generating means (USG) and then is routed to the Ultrasound application means (UAM). The Ultrasound application means (UAM) has an LED; wherein the LED is illuminated whenever the output is active. It also has a temperature indicator to show the crystal temperature. Said ultrasound generating means (USG) is further connected to Ultrasound Application means (UAM) through Interfacing means 2 (IM2); wherein the interfacing means 2 (IM2) provides an output socket to deliver the ultrasound treatment to the user.
Stimulator unit 2 (STU2) is connected to the controlling device through Interfacing means 1(IM1). Said Stimulator unit 2 provide Cranial Electrical Stimulation. The Stimulator unit 2 (STU2) further comprises of:

• Stimulation generator 2 (SG2)
• Stimulation output means 2 (SOP2)
Said Stimulation generator 2 (SG2) generates the cranial electrical signals. The Stimulation generator 2 (SG2) generates digital waveforms the control device (CD) and converts into analog waveforms using converting means in the Stimulation generator 2 (SG2). The Stimulation generator 2 (SG2) is further connected to the Stimulation output means 2 (SOP2), to provide the cranial electrical stimulation to a user.
Said Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT), is operated synergy; wherein the above mention units work in synergy to provide faster recovery, reduction in stress and tension and alleviates pain; it relaxes muscles and avoids post-surgery venous thrombosis; enhances the recovery process of the muscle and joint pain and psychological stress; retards disuse atrophy; promotes muscle re-education after surgery; thereby making the muscle and psychological healing process faster; reducing the pain and psychological stress recovery time.
In conventional ultrasound devices, the patient requires around 6 sittings to completely recover or reduce the pain. Such conventional devices takes 1 to 2 hours to provide relaxation from the psychological stress. The present invention the ultrasound unit works in synergy with the stimulator unit 2 (STU2) which provides cranial electrical stimulations such that the recovery time of the muscles reduces from 6 sittings to 3 sittings for recovering from the pain as well as it reduces the psychological stress levels within 30 minutes; thereby reducing the recovery time of the muscles pain and psychological stress by 60-80% and 90 to 95% efficient recovery from pain and stress than that of the

conventional ultrasound devices. Stimulator Unit 2 (STU2) and ultrasound unit (ULT) work in a synergy to stimulate the cutaneous thermal receptors and afferent fibers of the nerve cells; therein the stimulation of thermal receptors increase the blood circulations in the area and enhances the cell membrane permeability, the extensibility of the soft tissue is improved and pain pathways block the pain signals. Said stimulation of fibers of nerve cells and cortical deactivation influences the neurotransmission which results into release of neuro transmitters; therein B - endorphin, serotonin and cholinesterase is released; thereby by operating the units in synergy provides pain tolerance, enhanced pain relief, significant relaxation; thereby providing faster healing and reduced recovery time for pain and psychological stress.
This synergistic effect of the stimulation and relaxation device (P) helps achieve optimal health and recovery of the muscles, joints and the brain. It speeds up the recovery of the muscles and reduces psychological stress by 60-80% as compared to conventional devices.
The output of the units is connected to a storage means (SM) through a wireless communication means (LCM). The data of Said Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT), is transferred to the storage means (SM) through the wireless communication means (LCM).
Referring to Figure 2, said wireless communication means (LCM) stores the activities of the stimulation and relaxation device (P) that is the input provided in the input unit (IU) such as name of the patient, selection of multiple stimulator units and the duration of the working of the device (P) in the storage means (SM), The activities about the patient such as

the number of sittings , the duration of working of the device (P), the recovery of the patient is stored in the storage means (SM). Said storage means (SM) stores the feed stimulation parameters and duration of the activation of the device (P) that are input into the control device (CD) through the input unit (IU). It stores the patient details that are input into the control device (CD) through the input unit (IU). The storage means (SM) also keeps records of the patient, Number of stimulations provided, and also keeps a track on errors.
Further said storage means (SM) is connected to a wireless remote storage means (WRM). From the wireless remote storage means (WRM) one can easily access the storage data and analyze the data remotely. The data is processed in form of reports which include various charts such as pie charts, venn diagrams. The report may contain the effect of the device on the patient; that is the recovery time of the muscle pain and the reduction of psychological stress. It also shows effectiveness of the device on different patients in term as of stimulation of muscles and relaxation of stress. It shows the history of the patients that is the recovery of the muscle pain and psychological stress at regular time intervals, feedback of the device provided by the patients. It also shows the life of the device, that is how much the device has been used, the battery status, error conditions and working statuses of the device.
WORKING OF THE INVENTION
I. When the stimulation and relaxation device (P) is turned on, the supply unit (S) supplies the power to the Interfacing means 1 (IM1); wherein the interfacing means 1 (IM1) regulates the power supply received from the supply unit (S) to the control device (CD)

and the Stimulator Unit 2 (STU2) Said control device (CD) controls the stimulation and relaxation device (P) by control signals. After turning on the device (P), the user provides input through the input unit (IU), said input is in terms of inputting the name of the patient, selecting one or more than one uniform Said Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT), the time for which the unit may work. The parameters to be selected from the input unit (IU) are pre-fed in the internal storage of the control device (CD) at the time of manufacturing the stimulation and relaxation device (P). After the selection of the stimulator units and providing the name and the time duration of the working of each stimulator unit, Said Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT), gets the signal from the control device (CD) to provide the output.
The stimulator units get activated as per the input provided through the input unit (IU) to the control Device (CD). One or more than one device are activated together in synergy. The ultrasound unit works in synergy with the stimulator unit 2 (STU2) which provides cranial electrical stimulations such that the recovery time of the muscles reduces from 6 sittings to 3 sittings for recovering from the pain as well as it reduces the psychological stress levels within 30 minutes ; thereby reducing the recovery time of the muscles pain and psychological stress by 60-80% with 90 to 95 % efficiency than that of the conventional ultrasound devices. The stimulation and relaxation device (P) works in a synergistic manner; wherein it stimulates the cutaneous thermal receptors and afferent fibres of the nerve cells;

therein the stimulation of thermal receptors increase the blood circulations in the area and enhances the cell membrane permeability, the extensibility of the soft tissue is improved and pain pathways block the pain signals. Said stimulation of fibres of nerve cells and cortical deactivation influences the neurotransmission which results into release of neuro transmitters; therein B - endorphin, serotonin and cholinesterase is released; thereby by operating the units in a synergy provides pain tolerance, enhanced pain relief, significant relaxation; thereby providing faster healing and reduced recovery time. This working time, performance, the feedback of the Said Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT), and the inputs provided in the input unit (IU) are stored in the storage means (SM) through said wireless communication means (LCM) every time the stimulator units work.
A person can access the storage means (SM) through a wireless remote storage means (WRM); wherein one can analyze the stored data; The data is processed in form of reports which include various charts such as pie charts, venn diagrams. The report may contain the effect of the device on the patient. It also shows effectiveness of the device on different patients. It shows the history of the recovery of pain in the muscle and reduction of psychological stress, feedback of the device given by the patients. It also shows the life of the device, that is how much the device has been used, the battery status, error conditions and working statuses of the device.

IX. Thus, the wireless communication means (LCM), Storage means (SM) and the wireless remote storage means (WRM) make the stimulation and relaxation device (P), remotely operated. It provides information about the parameters of the device anywhere required on any wireless remote storage means (WRM). It helps in keeping a record the on the recovery of the muscles and brain and the recovery time of the pain of muscles and relaxation of brain. The wireless remote storage means (WRM) provides an easy remote interface between the device and the user; making the device easy to operate.
EXAMPLES
EXAMPLE 1
Cancer patient's deals with pain, depression, increased stress levels due to the ailment and cancer fighting drugs. The stimulator Unit 2 (STU2) and ultrasound helps to minimize the symptoms of pain and increased psychological stress. The present stimulation and relaxation device provides ultrasound and cranial electrical stimulations are provided in a synergy for about 30 min through the ear clips one side of which is attached to the earlobes and the other to the present device (P). This stimulates the group of nerve cells and activates the reticular activating system & the hypothalamus pituitary axis which induces changes in the brain waves and also cause release of neuro hormones. There is an increase in alpha relative power and reduction is seen relative power of beta & delta frequencies. The stimulation given by the device induces sleep and marked reduction in pain and stress levels is observed. The wireless communication means (LCM) in the device helps the user to

monitor the ongoing recovery from pain and stress which means it monitors the intensity changes are occurring in brain waves, stress levels and pain. The storage means (SM) enables the user to keep a record of patient's history as well as the daily progression in the treatment. Analyzing these records helps the user to know that at what parameters the stimulation is benefitting the patient and if not what changes can be done to achieve improvement in the condition. Through the storage means (SM) the individual can also see the generated records of daily progression and improvement of the condition i.e. reduced stress levels, reduced pain, and quality of sleep. The stimulation and relaxation device reduces the recovery time from the pain to 60 - 80% and gives 95% efficient recovery.
EXAMPLE 2
Table 1.
Table 1 illustrates that in case of a grade 3 ankle sprain, it takes 6 to 12 weeks for a conventional device to reduce muscle pain. With the present stimulation and relaxation device, it takes only 2 weeks to recover from the muscle pain as well as it reduces the psychological stress due to the muscle pain. Thus the stimulation and relaxation

device reduces the recovery time by 80% and is 90-95% efficient in case of a grade 3 ankle sprain.
Advantages of the Invention
• The present invention provides stimulation of the muscles in the body and reduces psychological stress providing relaxation to the brain in reduced time that is 60 -80% than that of the conventional technologies.
• The present invention provides which eliminates the muscle spasms.
• The present invention helps in prevention or retardation of disuse atrophy by stimulation of the muscles of the body.
• The present invention increases local blood circulation in body; which helps in reducing pain in the muscles.
• The present invention facilitates muscle re-education in cases of surgery and stiffness of muscles.
• The present invention facilitates maintaining or increasing range of motion of the muscles in the body as muscle pain is reduced.
• The present invention is effectively used immediately after post¬surgical stimulation of calf muscles to prevent venous thrombosis.
• The present invention helps to reduce muscle pain and joint contractures.
• The present invention reduces the recovery time of the muscle pain.
• The present invention is remotely operated by the user as it has wireless communication means and storage means.

• The present invention provides information wherever required about the recovery of muscle pain and psychological relaxation by the device.
• The present invention keeps a record the ongoing recovery of the muscle pain and relaxation of psychological stress.
• The present invention is to provide a stimulation and relaxation device that keeps track of the history of muscle pain and psychological stress of each patient.
• The present invention shows the regular status of the recovery of muscles and relaxation of psychological stress.
• The present invention has a user-friendly interface; making it easy to operate and understand.

We claim:
1. A stimulation and relaxation device that significantly works in synergy to stimulate muscles and relaxes psychological stress and tension and alleviates body pain in 60 - 80% less time and with 90 to 95% efficiency; comprises of:
• Supply Unit (SU);
• Control Device (CD);
• Input Unit (IU);
• Protection Means (PM);
• Interfacing Means 1 (IM1);
• Interfacing Means 2 (IM2);
• Vacuum Unit (VU);
• Stimulator Unit 1 (STU1);
• Ultrasound Unit (ULT);
• Stimulator Unit 2 (STU2);
• Wireless Communication Means (LCM);
• Wired Communication Means (WCM);
• Storage Means (SM); and
• wireless remote storage means (WRM)
Wherein,
Said stimulation and relaxation device is powered by a supply unit (S);
Wherein ,
Said Supply Unit (S) comprises of:
• AC Supply Means (AC); and

• Converting Means (DC)
Said AC Supply Means (AC) is the AC power supply; the converting means (DC) provides DC power to the control device (CD);
Said supply unit (S) is connected to the interfacing means 1 (IMl); wherein said interfacing means 1 (IMl) regulates the power supply from the supply unit (S) and distributes the power to control device (CD) and the Stimulator unit 2(STU2); Said interfacing means (IMl) has a port wherein the wired communication means (WCM) is connected for firmware updating;
Said protection means (PM) is provided and connected to the control device (CD), which in case of any power surge, overload, short-circuit or fault in the device (P), cuts off the main supply unit (S) from the device (P) for the protection of the simulation and relaxation device;
Said control device (CD) is connected to the input unit (IU), Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT); wherein said Control Device (CD) is the main control to control the said units through control signals;
Said control device (CD) collects and stores the stimulation parameters entered by the user in the internal storage of the control device (CD) and then applies the stimulation parameters provided by the user to the Vacuum Unit (VU), Stimulator unit 1

(STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT) as per the selection by the user;
Said input unit (IU) is connected to the control device (CD); wherein the user provides input through the input unit (IU), said input is in terms of inputting the name of the patient, selecting one or more than one unit from Said Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT), the time for which the unit may work;
The parameters to be selected from the input unit (IU) are pre-fed in the internal storage of the control device (CD) at the time of manufacturing the stimulation and relaxation device (P);
Said input unit (IU) provides the stimulation parameters in form of input signals to the control device (CD);
Said input unit (IU) comprises of:
• LED Support (LS);
• Input device (InP); and
• Screen (SCR)
Wherein, said input device (InP) is the interface between the user and the stimulation and relaxation device (P); Said LED Support (LS) provides lighting to the input unit (IU); Said input device (InP) is connected to said Screen (SCR); wherein all stimulation parameter and time duration for working of the device (P) is fed through the input device (InP) is displayed on the screen (SCR);
The control device (CD) output is connected to four stimulator units:

• Vacuum unit (VU);
• Stimulator unit 1 (STU1);
• Stimulator unit 2 (STU2);
• Ultrasound Unit (ULT)
Said Vacuum unit (VU) comprises of:
• Vacuum Generator (VG);
• Vacuum motor (VM); and
• Vacuum Output (VOP)
Wherein,
Said vacuum generator (VG) receives the power supply from the Supply Unit (S); wherein the vacuum motor (VM) receives the DC Supply and rotates the vacuum motor (VM) to generate vacuum; thereby the vacuum motor (VM) works as a vacuum suction pump to provide substantial air suction to create vacuum; Said vacuum motor (VM) is controlled by the vacuum generator (VG) to control the speed of the motor; Said vacuum generator (VG) also monitors the power supply in terms of current given to the motor; Said generated controlled vacuum helps in wound healing by special sealed dressing; wherein the continued vacuum draws out fluid from the wound and increases blood flow to the area;
Said Stimulator unit 1 (STU1), comprises of:
• Stimulation Generator 1 (SGI);
• Stimulation Regulating Means 1 (SRM1);
• Stimulation Output Means l(SOPl);

Wherein,
Said Stimulation Unit 1 (STU1) generates the electric stimulation signals in digital signal in the Stimulation Generator 1 (SGI); Said Stimulation Regulating Means 1 (SRM1) converts the digital signals form the Stimulation Generator 1 (SGI) into the analog signals; These analog signals are amplified before giving to the Stimulation Output Means 1 (SOP1);
Said Stimulation Output Means 1 (SOP1) is a four-channel output; wherein each channel is electrically isolated from each other, for electric safety purpose; Said Stimulation Output Means l(SOPl) needs two voltages for regular operations, i.e. 5V for low power and 24V for variable/adjustable voltage generator; Said Stimulation Output Means 1 (SOP1) is connected to the Stimulator unit 1 (STU1) through Interfacing means 2 (IM2); wherein the interfacing means 2 (IM2) provides an output socket to deliver the output of the Stimulator unit 1 (STU1) to the user;
Said Ultrasound Unit (ULT) comprises of:
• Ultrasound generating means (USG); and
• Ultrasound Application means (UAM)
Wherein,
Said ultrasound generating means (USG) generates the ultrasound signals for ultrasound stimulations; The Ultrasound generating means (USG) generates an electrical signal of particular frequency of 1MHz or 3Mhz is generated using frequency generator; the amplitude of the generated signal is

controlled in the ultrasound generating means (USG) and generated electrical signal is given to piezo generator inside the ultrasound generating means (USG); The piezo generator has a complex input impedance at resonance frequency; said input impedance is matched with the output impedance of the ultrasound generating means (USG) and then is routed to the Ultrasound application means (UAM);
Said Ultrasound application means (UAM) has an LED; wherein the LED is illuminated whenever the output is active; It also has a temperature indicator to show the crystal temperature;
Said ultrasound generating means (USG) is further connected to Ultrasound Application means (UAM) through Interfacing means 2 (IM2); wherein the interfacing means 2 (IM2) provides an output socket to deliver the ultrasound treatment to the user;
Said Stimulator unit 2 (STU2) is connected to the control device (CD) through Interfacing means 1(IM1); wherein said Stimulator unit 2 provide Cranial Electrical Stimulation;
Said Stimulator unit 2 (STU2) comprises of:
• Stimulation generator 2 (SG2)
• Stimulation output means 2 (SOP2)
Wherein,
Said Stimulation generator 2 (SG2) generates the cranial electrical signals; wherein the generated signals are digital waveforms the control device (CD) and converts into analog waveforms using converting means in the Stimulation generator 2 (SG2); Said

Stimulation generator 2 (SG2) is further connected to the Stimulation output means 2 (SOP2), to provide the cranial electrical stimulation to a user;
Stimulator Unit 2 (STU2) and ultrasound unit (ULT) works in synergy it provides stimulation in a synergy to stimulate the cutaneous thermal receptors and afferent fibers of the nerve cells; such that the recovery time of the muscles reduces from 6 sittings to 3 sittings for recovering from the pain as well as it reduces the psychological stress levels within 30 minutes; thereby reducing the recovery time of the muscles pain and psychological stress;
The output of Vacuum unit (VU); Stimulator unit 1 (STU1); Stimulator unit 2 (STU2); Ultrasound Unit (ULT) is connected to a storage means (SM) through a wireless communication means (LCM); The data of Said Vacuum Unit (VU), Stimulator unit 1 (STU1), Stimulator unit 2 (STU2), Ultrasound Unit (ULT), is transferred to the storage means (SM) through the wireless communication means (LCM);
Said wireless communication means (LCM) stores the activities of the stimulation and relaxation device (P) in the storage means (SM); wherein, Said storage means (SM) stores the feed stimulation parameters and duration of the activation of the device (P) that are input into the control device (CD) through the input unit (IU); It stores the patient details that are input into the control device (CD) through the input unit (IU); The storage means (SM) also keeps records of the patient, Number of stimulations provided, and also keeps a track on errors;

Further said storage means (SM) is connected to a wireless remote storage means (WRM); wherein, from the wireless remote storage means (WRM) one can easily access the storage data and analyze the data remotely; Said data is processed in form of reports which include various charts such as pie charts, venn diagrams.