DESIGN AND DEVELOPMENT LUBRICATING GARMENT FOR MUSCULOSKELETAL SYSTEM

Abstract

DESIGN AND DEVELOPMENT LUBRICATING GARMENT FOR MUSCULOSKELETAL SYSTEM .Muscle skeletal disorder, a degenerative joint disease in which the tissues associated with joints break down, more commonly seen with older people. An effective way of treatment for this condition includes the affected person being bedridden almost 24 hours a day, so that the patient’s joint surface is in contact with the healing lubricant/oil. With ageing populations and increasing rates of obesity and injury, the prevalence of osteoarthritis has become an inevitable consequence and is expected to continue at an increased proportion globally. Despite the method being effective, we need to consider the strain with usual activities of the patient, skin burns and irritation. Henceforth, we propose a contemporary way of treatment, which includes using a hot oil/lubricant patch inside a jacket applying heat to affected joints, potentially easing stiffness and promoting relaxation

Specification

Human health is a vast subject that includes a person's entire state of mind, body, and social interactions. Numerous factors, including as genetics, lifestyle decisions, 5 environmental influences, access to healthcare, and socioeconomic status, have a role in maintaining good health. Humans suffer from osteoarthritis due to chronic joint pain and stiffness, leading to reduced mobility and impaired quality of life. In Ayurveda oil treatments for osteoarthritis, medicinal oils like Mahanarayan oil, Ksheerabala oil, or Dhanwantharam oil are typically massaged into the body Dl_ t0 lessen pain and 10 inflammation in the afflicted joints, these oils are made with herbs that have analgesic and anti-inflammatory qualities. Applying these oils to the joints through massage enhances blood flow, lubricates the joints, and reduces stiffness. Ayurveda doctors may also suggest particular oils depending on the severity of the ailment and the patient's dosage (body type).
In the past, knee and joint pain were frequently treated with traditional herbal oil massages. 15 During these massages, particular herbal oils- often heated- were applied to the afflicted joints. The goals of the massage treatments were to ease pain and stiffness, enhance circulation, and lessen inflammation. This method is still used today in many cultures to treat joint-related problems. It has long been a component of many traditional medical systems, such as Ayurveda and Traditional Chinese M e d i c i n e . I n recent innovations in 20 knee and elbow braces include Braces made with 3D printing that are tailored to each person's anatomy to provide better support and comfort. Braces with temperature and compression control that may be adjusted for specific pain alleviation and muscle healing.
Ergonomic designs and lightweight, breathable materials improve comfort throughout prolonged use. Braces equipped with ultrasound or electromagnetic technologies to 25 promote faster healing and non-invasive pain relief. In the present scenario, some common health problems include obesity, mental health issues like anxiety and depression, cardiovascular diseases, diabetes, respiratory illnesses like asthma, and lifestyle-related

conditions such as hypertension and chronic pain. Additionally, infectious diseases like CO VID -19 continue to pose significant health challenges globally. Joint pain is a prevalent health issue today, affecting people of all ages. Common causes include osteoarthritis, rheumatoid arthritis, injury, overuse, and inflammation. Sedentary lifestyles, obesity, and poor posture can exacerbate joint pain. Proper exercise, weight management, dietary adjustments, and medical treatments like medication or physical therapy can help manage joint pain and improve quality o f life. Treatment methods for joint pain include medication such as pain relievers and anti-inflammatories, physical therapy to strengthen muscles and improve flexibility, lifestyle changes like weight management and proper posture, joint injections for targeted relief, and surgery for severe cases. Applying oil to the body typically takes a few minutes, depending on the amount of coverage desired. A moderate application can be accomplished in 1-2 minutes, while thorough coverage may take up to 5 minutes. It's important to evenly distribute the oil, focusing on dry or problem areas, and gently massage it into the skin for optimal absorption and nourishment. There are various products are available in the market for joint pain relief. These include topical creams, gels, and patches containing ingredients like menthol, capsaicin, or N SAIDs (no steroidal anti-inflammatory drugs) for localized relief. Oral supplements such as glucosamine, chondroitin, and turmeric are also popular. Additionally, there are specialized braces, wraps, and devices designed to support and alleviate joint pain. It's essential to consult with a healthcare professional before trying any new product to ensure it's suitable for your specific condition. There are products incorporating oil pouches can offer a convenient solution for joint pain relief. These pouches often contain a blend o f essential oils known for their anti-inflammatory and analgesic properties, such as peppermint, eucalyptus, or lavender. Users can apply the oil-infused pouch directly to the affected joint, allowing the oils to penetrate the skin and provide soothing relief. This approach combines the benefits o f topical application with the convenience o f pre- packaged oil delivery, making it a popular choice for individuals seeking natural remedies for joint pain. Jacket
with oil pouch can be a better solution to overcome these problem. Design and development o f oil pouch with 2 layer o f jacket and 2 layer o f pouch. This product development based on the study was planned with the following objective.
5. OBJECTOF THE INVENTION
• The prime object o f the invention is to survey among the musculoskeletal disorder (MSD) people and to evaluate the results o f survey study to select suitable fabric for jacket for the
same
• Yet another object o f the invention is to design and develop a jacket with oil pouch supply lubrications (herbal oils such as lavender oil, rosemary oil) to heal and treat
musculoskeletal disorder
• Yet another object of the invention is to design and develop a garment that contains a Phase change martials incorporated for jacket to provide lubricants to MSD based on the human
and environment temperature.
• Yet another object o f the invention is to design and develop a Solar panel supported device that provide lubricants to MSD by absorbing sunlight energy to change the phase o f natural
herbal wax.
• One more object o f the invention is to design and develop a Suit (snug fit Jacket and Pants) that can be worn as direct contact to human skin provide support the MSD for computer and
laptop users.
• One more object o f the invention is to design and develop Jacket and sleeve that supports computer-related injuries (Back and neck pain, headaches, and shoulder and arm pain)
6. FIELD OF THE INVENTION:
The present invention relates to the field o f Textile technology which is a method to design and develop a jacket with oil pouch supply lubrications (herbal oils such as lavender oil, rosemary oil) to
heal and treat musculoskeletal disorder
7. PRIOR ARTS:
The present invention is a novel method and is purely a solution providing inventive step in the field o f textile technology which is a method to design and develop a jacket with oil pouch supply lubrications (herbal oils such as lavender oil, rosemary oil) to heal and treat musculoskeletal 5 disorder. The present invention has no prior arts and hence the inventiveness of the present invention is described in the following summary of and the description of the figures.

8. LIST OF FIGURES
Figures 1 to 5 represents the different designs of the jackets deployed for the present invention Figures 6 to 10 represents the different places in the jackets where pouches are arranged for
lubrication for treatment for MSD
5 Figure 11 depicts the various places the bones upon which the treatment for MSD is done
-^lov-2024/132724/202441084093/Form 2(Title Page)
Figure 12 represents the various inner parts of the lubricating pouch that is affixed in the present
invention
represents the different designs o f the jackets (101) deployed for the present invention Figures 6 to 10 represents the different places in the jackets where pouches (102) are arranged for
5 lubrication for treatment for MSD
Figure 11 depicts the various places the bones namely the clavicle (103) scapula (104) and humerus (105) bones the upon which the treatment for MSD is done Figure 12 represents the various inner parts namely the soft Tule ( 106) SMS polypropylene layer (107) and Thermal insulation layer (108) o f the lubricating pouch that is affixed in. the present
10 invention
Osteoarthritis, a degenerative joint disease in which the tissues associated with joints break down more commonly seen with older people. Affected people usually go through Joint pain, temporal joint stiffness and loss o f muscular strength. Stats published by World Health Organization indicates about 528 million people are affected by Osteoarthritis as on 2019 , indicating an increase of 113% 15 when compared to the stats published in 1990. About 73% o f total affected population is comprised of people older than 55 years and 60% o f the affected people are Female. Most affected parts are knee, Hips and Hands. An effective way o f treatment for this condition includes the affected person being bedridden almost 24 hours a day, so that the patient's joint surface is in contact with the Healing lubricant/oil. With ageing populations and increasing rates o f obesity and injury, the 20 prevalence of osteoarthritis has become an inevitable consequence and is expected to continue at an increased proportion globally. Despite the method being effective, we need to consider the strain with usual activities o f the patient, skin burns and irritation occurs, so this jacket or track pant design with three layers top layer-water proof fabric life polyurethane laminate (PUL) middle layer- any Agro-based fabrics, made from natural fibres like cotton, hemp, or bamboo, offer benefits such as 25 biodegradability, breathability, and reduced environmental impact compared to synthetic materials.
These fabrics are often more sustainable, supporting eco-friendly practices in the textile industry.
Bottom layer-Wool fabric is made from the natural fibres of sheep's fleece. It is known for its
warmth, breathability, and moisture-wicking properties. The jacket contains hot oil embedded on an inner part o f it near the elbow line. Further this hot oil w ill be encapsulated near the knee joint. This positioning help to reduce the swelling prevails in knee. Ayurveda treatment for osteoarthritis will be provided by using hot oil in the form o f therapy. During this therapy patient must be in a static 5 position whereas the jacket composed of hot oil proposed in this study does not require any such kind o f rest. The patient can lead their routine without any hurdles. Henceforth we propose a contemporary way o f treatment, which includes using a hot oil/lubricant patch inside a jacket applying heat to affected joints, potentially easing stiffness and promoting relaxation. This way of contemporary approach enhances the blood circulation, providing temporary relief for sore muscles •10 and joints of the affected person. While it may improve flexibility and make daily activities more manageable, caution is necessary to prevent burns or skin irritation. It is essential to adhere to safety guidelines and consult with a healthcare professional for personalized advice. This approach is not a substitute for professional medical guidance, and individuals should ensure that heat application is within safe limits. Seeking advice from a healthcare provider, is crucial for developing a 15 comprehensive osteoarthritis management plan, which may include heat therapy, medications, and
tailored interventions to address specific needs.
Jackets can be made from a wide variety o f fabrics, each offering different characteristics in terms of durability, insulation, breathability, and style. Some common fabrics used in jacket construction
include:
20 □ Denim: Denim fabric is a type o f cotton twill known for its durability and rugged appearance.
Denim jackets are popular for casual wear.
□ Leather: Leather jackets are made from animal hides, typically from cows, goats, or sheep.
Leather is durable, wind-resistant, and provides excellent protection from the elements. □ Wool: Wool jackets are warm, breathable, and moisture-wicking. They come in various 25 weights and textures, suitable for different climates and styles. □ Nylon: Nylon is a synthetic fabric known for its strength, water-resistance, and lightweight properties. Nylon jackets, such as windbreakers and rain jackets, are popular for outdoor activities.
Polyester: Polyester is a versatile synthetic fabric that is often used in jackets for its durability, wrinkle-resistance, and water-resistance. It is commonly used in puffer jackets and fleece
jackets.
□ Gore-Tex: Gore-Tex is a waterproof and breathable fabric membrane often used in high-5 performance outdoor jackets. It provides excellent protection from the elements while allowing
moisture to escape.
□ Fleece: Fleece is a synthetic fabric known for its softness, warmth, and moisture- wicking properties. Fleece jackets are lightweight and comfortable, making them ideal for layering in cold
weather.
10 □ Canvas: Canvas is a heavy-duty, tightly woven fabric known for its durability and strength.
Canvas jackets, such as field jackets and work wear jackets, are popular for outdoor work and
activities.
□ Suede: Suede is a type o f leather with a napped finish, giving it a soft and luxurious texture.
Suede jackets are stylish and often used for fashion-forward designs.
15 New inventions
Innovation in jacket design and technology continues to evolve, with new inventions and advancements aimed at improving comfort, functionality, and performance. Some recent innovations
in jacket technology include
Smart Jackets:
20 Incorporating wearable technology, smart jackets feature integrated sensors, heating elements, and connectivity capabilities. They can monitor biometric data, adjust temperature settings based on environmental conditions, and even provide navigation assistance.
Self-Cleaning Fabrics:
Researchers have been developing fabrics with self-cleaning properties, utilizing nanotechnology or 25 specialized coatings to repel dirt, water, and stains. These jackets require less frequent washing and maintenance, making them more convenient and environmentally friendly.
Thermo-Regulating Materials:

New textile technologies are being developed to enhance the thermal regulation of jackets. Phase change materials (PCM s) embedded in fabrics can absorb, store, and release heat to maintain optimal body temperature in changing weather conditions.
Waterproof Breathable Fabrics:
Advances in membrane technology have led to the development of highly waterproof and breathable fabrics for jackets. These materials allow moisture vapour to escape while preventing water penetration, keeping the wearer dry and comfortable in wet environments.
Recycled and Sustainable Materials:
With growing awareness of environmental sustainability, there's a trend towards using recycled and eco-friendly materials in jacket production. Innovations include jackets made from recycled plastic bottles, organic cotton, and biodegradable fabrics.
Modular and Convertible Designs:
Some jacket designs feature modular components or convertible features that allow them to adapt to different activities and weather conditions. For example, jackets with removable insulation layers or convertible hoods offer versatility for outdoor enthusiasts.
UV-Protective Fabrics:
Fabrics treated with UV-blocking additives or woven with UV-resistant fibres provide protection against harmful ultraviolet rays from the sun. UV-protective jackets are essential for outdoor activities to reduce the risk of sunburn and skin damage.
Reflective and High-Visibility Materials:
Jackets with built-in reflective elements or high-visibility fabrics improve visibility in low- light conditions, enhancing safety for cyclists, runners, and outdoor workers.
PREPARATION OF PATTERN
• Measurements: Begin by taking accurate measurements of the person who will wear the jacket. Key measurements include chest, waist, hips, arm length, shoulder width, and neck
circumference.
• Drafting the Basic Block: Using the measurements, draft a basic block pattern for the jacket.
This typically involves drawing lines and curves on pattern paper or using a computer software. The basic block serves as the foundation for all jacket styles. • Style Adaptations: Decide on the style details o f the jacket, such as collar type, pocket styles, sleeve length, and any additional features. Modify the basic block pattern accordingly to incorporate
these style elements.
• Cutting the Fabric: Once the pattern is finalized, transfer it onto the fabric chosen for the jacket. Make sure to follow the grain line of the fabric and mark any necessary notches or guidelines. • Sewing: Cut the fabric pieces according to the pattern and then sew them together following the instructions provided by the pattern. This typically involves sewing seams, attaching sleeves,
adding collars, pockets, and finishing details.
• Fitting and Adjustments: After the jacket is sewn together, have the person try it on for fitting. Make any necessary adjustments to ensure a perfect fit. This might involve taking in or letting out seams, adjusting sleeve length, or tweaking the collar. Pin the pattern pieces securely in place, ensuring the fabric is smooth and flat. Use fabric scissors to carefully cut along the edges o f the pattern pieces, following the lines precisely. Take your time and be precise to ensure accurate cuts for a well-fitted jacket. Remember to leave seam allowances as indicated on the pattern.
SELECTION OF FABRIC
• Breathability: Look for fabrics that allow air circulation to prevent overheating and discomfort. Natural fibers like cotton, linen, and lightweight wool are excellent choices for
breathability.
• Flexibility and Ease of Movement: Opt for fabrics with a bit of stretch or drape to allow freedom of movement. Fabrics like jersey knits, stretch denim, or blends with elastane provide
flexibility and comfort.
• Softness: Choose soft and smooth fabrics that feel comfortable against the skin. Fabrics like brushed cotton, bamboo rayon, or modal are known for their softness and gentle feel. • Moisture-wicking: If the jacket will be worn during physical activities or in warmer climates, consider moisture-wicking fabrics that help to draw moisture away from the skin, keeping the wearer

dry and comfortable. Performance fabrics like polyester blends or technical knits are often designed
for this purpose.
• Weight: Consider the weight of the fabric based on the intended use of the jacket. Lighter weight fabrics are suitable for spring and summer jackets, while heavier fabrics provide warmth for fall and winter. Additionally, lightweight fabrics are easier to layer for versatility in different
weather conditions.
• Durability: Choose fabrics that are durable and can withstand regular wear and washing without losing shape or quality. Fabrics like denim, canvas, or certain synthetic blends are known for
their durability.
• Allergies and Sensitivities: Take into account any allergies or sensitivities the wearer may have to certain fabrics or finishes. Natural fibers like organic cotton or bamboo are often hypoallergenic and less likely to cause irritation. • Care Instructions: Consider the ease o f care for the fabric. Some fabrics may require special care such as dry cleaning, while others can be machine washed and dried for convenience.
CONSTRUCTION DETAIL
1. Prepare the Fabric: Cut out all the pattern pieces from your fabric, following the instructions
provided with the pattern.
2. Mark and Pin: Transfer any necessary markings from the pattern pieces to the fabric using tailor's chalk or fabric markers. Pin the pieces together, matching the marked points and edges. 3. Sew Seams: With right sides together, sew the main seams of the jacket using a straight stitch on a sewing machine or by hand. Backstitch at the beginning and end of each seam to secure the
stitches.
4. Press Seams Open: Use an iron to press the seams open to create a neat finish and help the
jacket lay flat.
5. Attach Collar and Sleeves: Follow the pattern instructions to attach the collar and sleeves to the jacket body, aligning the edges and easing any curved areas. 6. Add Details: If your jacket includes pockets, zippers, or other details, attach them according
to'the pattern instructions.
7. Finish Edges: Finish the raw edges of the jacket, such as the hem and cuffs, with a serger, zigzag stitch, or other suitable method to prevent fraying. 8. Final Pressing: Give the completed jacket a final press with the iron to smooth out any wrinkles and ensure a professional-looking finish. 9. Try On and Adjust: Try on the jacket to check the fit and make any necessary adjustments,
such as taking in seams or shortening sleeves.
JACKET COMFORT TEST
Evaluation of garment appearance
The evaluation criterion given for the garments are simple, stylish, good, very good and poor.
Garments are simple and stylish, they can make even better than they naturally looks with planning up with best features. Appearance of the garments were done with the current trend which attract the subjects and special features were given to their comfort.
Evaluation of colour
Questions were asked to the subjects to respond for the colour such as good, smooth, medium, coarse and poor. Colours such as blue and brown are often used in jacket and nursing apparels. Light colours were chosen for jacket and apparels to give the patients psychology comfort.
Evaluation o f texture
The surface feels of the fabric evaluated good, smooth, medium, coarse and poor. The textures of these fabrics are crucial in determining how the fabric w ill serve and how it w ill match the mood of the chosen occasion. Subjects first examine the colour and feels the surface of a piece of fabric.
Texture of the jacket and patients were selected by the basics of stretchy and drape well material.
Evaluation of comfort
Comfort properties of the constructed garment given for excellent comfort, good comfort, comfort, partially comfort and uncomforted. Comfort makes the patients to feel physically relaxed. Comfort was considered as the major part in styling the jacket and patients. Comfort keeps the mother and baby health status higher to avoid stress by wearing uncomfortable garment.
Evaluation o f special features
Subjects were asked to response for the special features fullness, yokes, tucks, pleats, gathers. The special features were added to the garments to avoid existing problems faced by the joint pain patients. Features such as fasteners, fullness, tucks and yokes were added to give the comfort and avoid awkwardness during the various stages o f treatments.
COLOR THEORY
• Color theory in garments for joint pain patients primarily revolves around creating a visual and psychological impact to aid in pain management and comfort. Here's how different colors can be
applied:
• Cool Colors (Blues, Greens, and Purples): These colors are often associated with calmness and tranquillity. They can help in reducing stress and anxiety, which are often exacerbating factors for joint pain. Garments in these colors can create a soothing effect, helping patients relax and feel
more comfortable.
• Soft, Muted Tones: Bright and vibrant colors might be overwhelming for some joint pain patients. Soft, muted tones like pastels or earthy hues can provide a sense o f warmth and comfort
without being too stimulating.
• Color Blocking: Strategically placing colors in specific areas o f the garment can draw attention away from painful joints. For example, using a darker color around the joints and lighter colors in other areas can help visually minimize discomfort. • High Contrast: Creating contrast between different parts o f the garment can assist in easier perception for patients with mobility issues. This can help them easily distinguish different parts o f the garment and facilitate dressing, reducing frustration and discomfort.
Personal Preference:
Ultimately, individual preferences should also be considered. Some patients may find certain colors more comforting or uplifting based on their personal associations and experiences.
While color theory in garments can contribute to the overall comfort and well-being of joint pain patients, it's essential to combine it with ergonomic design and functional fabrics to provide

maximum support and relief. Consulting with healthcare professionals and patients themselves can help tailor garments to their specific needs and preferences
ONE OF THE PREFERRED EMBODIMENTS OF THE PRESENT INVENTION
COMPRISES THE FOLLOWING:
There are no scientific evidence linking to the origin o f osteoarthritis. Studies suggest that the main factors for the occurrence o f osteoarthritis is ageing, climatic condition and poor food habits.
Allopathic and ayurvedic medications can help reduce the risk of osteoarthritis up to 80% lack of adequate lubrication o f the bones can also cause osteoarthritis. So, the oil treatment could be a finite solution to overcome or to reduce the percentage of the occurrence of these kind of long term medical illness. As a proven fact allopathic and Ayurveda combinations work well with many treatment in medical domain. The support provided by the knee and elbow braces can be infused with oil pouches adds value to the existing products. Ayurveda offers a promising avenue for managing osteoarthritis through the use of oil remedies. With a focus on natural ingredients and holistic healing principles, Ayurvedic oils can provide relief from the symptoms o f osteoarthritis while addressing the underlying imbalances in the body. The combination of potent herbs, such as ginger, turmeric, and ashwagandha, with therapeutic oils like sesame or coconut, offers anti­inflammatory, analgesic, and rejuvenating properties that can soothe joint pain, reduce inflammation, and improve mobility.[20]Moreover, Ayurvedic oil massages promote relaxation, enhance circulation, and nourish the joints and surrounding tissues, contributing to overall joint health and well-being. While Ayurveda cannot cure osteoarthritis, it offers a gentle and natural approach to symptom management that complements conventional treatments. However, it's essential to consult with a qualified Ayurvedic practitioner to determine the most suitable oil remedy and treatment plan tailored to individual needs and conditions. Embracing Ayurvedic oil remedies as part of a comprehensive approach to osteoarthritis management can empower individuals to find relief and improve their quality o f life, fostering harmony between body, mind, and spirit. • Pain Relief: Essential oils like lavender or menthol infused into the jacket can provide soothing relief for muscle and joint pain commonly associated with musculoskeletal disorders.

Moisturizing: Oils such as coconut or jojoba oil embedded in the fabric can keep the skin hydrated, particularly beneficial for those with conditions like eczema or psoriasis often linked with
musculoskeletal issues.
• Heat Therapy: Activation o f specific oils by body heat can offer a gentle heat therapy effect, aiding in muscle relaxation and easing stiffness and discomfort. • Anti-Inflammatory & Odor Control: Many essential oils possess anti-inflammatory and antibacterial properties, assisting in reducing inflammation and controlling odor respectively, addressing common concerns for individuals with musculoskeletal disorders.
THE INVENTIVENESS OF THE PRESENT INVENTION LIES IN THE FOLLOWING:
• The present invention is a Garment designed with oil pouch supply lubrications (herbal oils
such as lavender oil, rosemary oil) to MSD
• It incorporates a Phase change martials incorporated jackets provide lubricants to MSD based on the human and environment temperature.
• The present invention operates assisted by Solar panel supported device that provide lubricants to MSD by absorbing sunlight energy to change the phase of natural herbal wax. • The present invention is a Suit (snug fit Jacket and Pants) that can be worn as direct contact to human skin provide support the MSD for computer and laptop users. • The present invention is a Jacket and sleeve that supports computer-related injuries (Back and neck pain, headaches, and shoulder and arm pain) A ll modifications and improvements have been deleted herein for the sake of conciseness and readability but are properly within the scope of the present invention.
It is understood that the foregoing detailed description is given merely by way o f illustration and that modification and variations may be made therein without departing from the spirit and scope of the
invention.

10. CLAIMS
We claim,
I* A process o f designing and developing a jacket with oil pouch supply lubrications (herbal oils
04r^lov-2024/132724/202441084093/Form 2(Title Page)
such as lavender oil, rosemary oil) to heal and treat musculoskeletal disorder comprising
a) A jacket (101) b) pouches (102) arranged for lubrication for treatment for MSD c) Inner parts o f pouches (102) the soft Tule (106) SMS polypropylene layer (107) and Thermal insulation layer (108) o f the lubricating pouch.
Z ' The process claimed in 1, where in the Product incorporates a Garment designed with oil pouch supply lubrications (herbal oiIs such as lavender oil, rosemary oil) to MSD The process claimed in 1, where in the Product incorporates a Phase change Martials incorporated jackets provide lubricants to MSD based on the human and environment
temperature.
The process claimed in 1, where in the claimed invention operates assisted by Solar panel supported device that provide lubricants to MSD by absorbing sunlight energy to change the phase of natural herbal wax. 4* The process claimed in 1, where in the claimed invention incorporates a a Suit (snug fit Jacket and Pants) that can be worn as direct contact to human skin provide support the MSD for computer and. laptop users.
F The process claimed in 1, where in the claimed invention further comprises a Jacket and sleeve that supports computer-related injuries (Back and neck pain, headaches, and shoulder and arm
pain)

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