US20250134322A1

US20250134322A1 - Soap with a handle

Info

Publication number: US20250134322A1
Application number: US18/498,255
Authority: US
Inventors: Shoshana M David
Original assignee: Individual
Current assignee: Individual
Priority date: 2023-10-31
Filing date: 2023-10-31
Publication date: 2025-05-01

Abstract

The invention comprises a line of soaps that feature an integrated handle, designed to transform the daily cleansing routine into a slip-free, convenient, and eco-conscious experience. The soap bars are crafted to provide a secure grip, ensuring ease of use while eliminating waste through efficient soap utilization. The unique integration of the handle, made from the same soap material, eliminates the need for plastic attachments, promoting environmental responsibility. This innovation offers a seamless blend of functionality, convenience, and sustainability, enhancing the user's hygiene ritual from start to finish.

Description

TECHNICAL FIELD

The present invention relates to personal hygiene products and more particularly to design for soap and cleansing products.

BACKGROUND

In the ever-evolving world of personal care and hygiene, innovation often arises from addressing common, everyday challenges. One such challenge has been the slippery, inefficient nature of traditional bar soaps. Further in today's consumer-driven market, individuals increasingly seek products that align with their unique preferences. Customizable soap empowers users to select specific ingredients, fragrances, and additives that cater to their distinct skincare needs and aromatic preferences.
Many prior art solutions incorporate plastic attachments with grooves or ridges to improve grip. These attachments are prone to accumulating soap residue, dirt, and bacteria over time. They can be challenging to clean thoroughly, potentially leading to hygiene concerns. The use of plastic attachments or auxiliary devices often results in wastage. As the soap bar diminishes in size, the plastic attachment may become obsolete or need replacement before the soap is entirely used up. This results in unnecessary waste, which is not environmentally friendly.
The integration of plastic attachments or auxiliary devices into soap design can be aesthetically unpleasing. It may not provide a seamless or visually appealing solution, affecting the overall user experience.
Further, given the current emphasis on reducing plastic waste and promoting eco-friendly products, the reliance on plastic attachments contradicts sustainability goals. Many consumers are looking for products that have minimal environmental impact, and plastic attachments do not align with this.
Some of the prior art solutions might be inconvenient to use. Plastic attachments can add bulk to the soap, making it less ergonomic and less comfortable to hold during use. The production and inclusion of plastic attachments can also increase the cost of manufacturing, which may be passed on to consumers. Prior art solutions typically address the slipperiness issue but may not offer additional benefits or features.
The problems faced by prior art solutions highlight the need for innovative approaches to improve the effectiveness, efficiency, hygiene, and sustainability of soap products. A holistic solution, addressing multiple issues while being environmentally friendly and aesthetically pleasing.
As a result, there exists a need for improvements over the prior art and more particularly for a more efficient way.

OBJECT OF THE INVENTION

The main objective of this invention is create a line of soaps with a built-in handle to improve the user experience by making soaping more convenient and efficient, while also promoting sustainability and reducing environmental waste associated with traditional soap bars

SUMMARY OF THE INVENTION

The invention presents a new and improved way to experience soap. It takes into consideration the issues of slipperiness and waste associated with traditional soap bars. By introducing a built-in handle and using the same material for both the soap and the handle, this invention addresses these concerns, making body cleansing more convenient and eco-friendly. It encourages efficient use, eliminates waste, and ultimately aims to have a positive impact on both the user's experience and the environment.
Traditional soap bars can be quite slippery, leading to difficulties in handling and sometimes resulting in accidental drops. This invention incorporates a built-in handle directly into the soap. This handle provides a secure and comfortable grip, ensuring that the soap remains in user control during use, even in wet or soapy conditions. Just as a “handler” carefully manages their assets to maximize efficiency, this innovation ensures that the soap is utilized effectively. The built-in handle not only prevents wastage through accidental drops but also allows for precise control over the soap. This results in a more efficient use of the product, ensuring that every bit of soap contributes to the cleansing experience.
An important aspect of this invention is the eco-friendly approach. The handle of the soap is made from the same material as the soap itself. This eliminates the need for additional plastic or wasteful attachments that are commonly used in traditional soap packaging. By using the same material, there is no extra waste generated, making this invention environmentally responsible.
Traditional soap bars often leave behind small slivers that are too small to use effectively, leading to waste. However, with this invention, the soap and its handle can be utilized completely, leaving no residual waste. This not only minimizes waste but also reduces the environmental impact of soap consumption.
The summary of the invention does not necessarily disclose all the features essential for defining the invention. The invention may reside in a sub-combination of the disclosed features. The various combination and sub-combination are fully described in the detailed description.

BRIEF DESCRIPTION OF DRAWINGS

The accompanying drawings are included to provide a further understanding of the present disclosure, and are incorporated in and constitute a part of this specification. The drawings illustrate exemplary embodiments of the present disclosure and, together with the description, serve to explain the principles of the present disclosure.

The diagrams are for illustration only, which thus is not a limitation of the present disclosure, and wherein:

FIGS. 1-7 illustrates customizable soap with handle having a plurality of shapes and sizes, in accordance with a preferred embodiment of the invention.

FIG. 8 illustrates a flow chart for making customizable soap with handle, in accordance with a preferred embodiment of the invention.

DETAILED DESCRIPTION OF DRAWINGS

The following is a detailed description of embodiments of the disclosure depicted in the accompanying drawings. The embodiments are in such detail as to clearly communicate the disclosure. However, the amount of detail offered is not intended to limit the anticipated variations of embodiments; on the contrary, the intention is to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the present disclosure.
In the following description, numerous specific details are set forth in order to provide a thorough understanding of embodiments of the present invention. It will be apparent to one skilled in the art that embodiments of the present invention may be practiced without some of these specific details.
Various terms as used herein are shown below. To the extent a term used, it should be given the broadest definition persons in the pertinent art have given that term as reflected in printed publications and issued patents at the time of filing.
The invention aims to make the process of soaping one's body more convenient. By incorporating a built-in handle into the soap design, it provides users with a secure grip, preventing slipping and making it easier to handle the soap, even in wet conditions. The invention seeks to ensure that the soap is used efficiently. The built-in handle allows for better control, reducing the likelihood of accidentally dropping the soap and wasting it. This efficiency ensures that the soap lasts longer and provides better value for the user. This invention is also driven by environmental concerns. The use of the same material for both the soap and the handle eliminates the need for additional plastic or wasteful attachments commonly found in traditional soap packaging. This reduces waste and minimizes the environmental impact of soap consumption.
The aim is to make the use of bar soap more efficient, meaning that it's easier to handle and results in less wastage. Additionally, it's about ensuring that the soap is used with minimal effort and less risk of dropping it due to its slip-resistant design. The intention is not just to make a functional soap but to create something that stands out and captivates users with its design. This product is innovative and distinctive in the market and the aesthetics and design play a significant role in the product's appeal.
The key feature of the invention is the handle that is seamlessly integrated into the soap itself. Unlike traditional solutions, this handle is not a separate attachment but is, in fact, an integral part of the soap. The handle remains a functional part of the soap throughout its entire life cycle. As the soap bar gradually dissolves with use, the handle doesn't become obsolete. Instead, it transforms into a piece of soap that can be used until the very end. This means that the user gets more value out of the soap purchase, as there's no need to discard a separate attachment once the soap has worn down. The integrated handle significantly reduces waste. In traditional soap bars with separate attachments, these attachments often become unusable well before the soap is fully used, resulting in unnecessary waste. With the invention, every bit of the soap, including the handle, serves a purpose and is utilized efficiently. Further, being a part of the soap, the handle doesn't suffer from the inconveniences associated with separate attachments. It doesn't get dirty or accumulate soap residue as these attachments often do. Moreover, it can't be misplaced or lost, ensuring that the soap remains a clean and complete unit until the end.
FIGS. 1-7 illustrates customizable soap designs having a plurality of shapes and sizes, in accordance with a preferred embodiment of the invention
FIG. 1 illustrates a soap with handle design named as “Clean Sweep” with a rectangular base and a handle positioned at the top, providing a convenient grip, akin to holding a soap bar. This design combines functionality and aesthetics, making it easy to use and visually appealing. The soap in an aspect of the invention is designed with specific dimensions, measuring 100 millimeters in length (L), 60 millimeters in width (B), and 50 millimeters in height (H).
FIG. 2 , illustrates example of another soap with handle design refereed as “The Stackable”. The second soap design measuring dimensions may be, 100 millimeters in length (L), 60 millimeters in width (B), and 45 millimeters in height (H). As compared to FIG. 1A, this soap is different because of its stackable feature, allowing soap to be molded so that one layer of soap is stacked on second layer of soap, such that the design allows the user to hold the soap using the upper layer of stack.
FIG. 3 , illustrates Classic Clean soap featuring the following dimensions: Length (L) of 100 mm, Width (B) of 60 mm, and a Height (H) of 60 mm. This soap has a classic rectangular base and a circular handle positioned at the top, offering a convenient and comfortable grip, reminiscent of holding a traditional soap bar. This combination of a rectangular base and circular handle combines functionality with an aesthetic touch, making it an ideal choice for crafting soap bars that are both easy to use and visually appealing.
FIG. 4 , illustrates a circular soap referred as “The clean stamp” with a built-in circular soap handle that represents a clever and practical solution for soap makers and users alike. This innovative design merges the traditional appeal of circular soap bars with the added convenience of a handle, creating a versatile and user-friendly product. The circular soap with an integrated handle offers a visually appealing, round soap shape that exudes a sense of elegance and simplicity. The handle, thoughtfully incorporated into the design, not only adds a unique aesthetic touch but also serves a highly functional purpose. The handle transforms the soap into a user-friendly, hand-held experience. The circular shape of the soap is versatile and can be customized for various purposes. It can be used for general hand and body cleaning, as well as specialty soaps, such as exfoliating or massage bars. The clean stamp designs come in various dimensions, including 60×60 mm, 65×64.5 mm, and 70×68.55 mm, to cater to different soap-making needs.
FIG. 5-7 illustrates various other shapes of soap with handle. The invention is not restricted to the shapes provided herein. The invention is protecting the any shape and the utility aspect of the invention.
The handle is designed to ensure a secure grip, making it particularly convenient during showers or handwashing. Users can comfortably hold the soap without the risk of it slipping from their hands, enhancing safety and ease of use. The handle also allows for easy hanging and storage, preventing soap from sitting in water and prolonging its lifespan. For soap makers, this design opens up a world of creative possibilities. The soap and handle both can be personalized with different colors, scents, and ingredients in various shapes and styles to cater to different aesthetics and themes. This innovation also addresses the issue of soap remnants. As the soap bar is used, the handle allows for efficient use of every last bit of the soap, minimizing waste and promoting sustainability. In conclusion, the invention of a circle soap harmoniously blends aesthetics, functionality, and sustainability. This innovative design not only makes soap usage more convenient but also offers a canvas for artistic expression in soap making. It's a testament to how small yet thoughtful innovations can greatly enhance the user experience and make a positive impact on our daily routines.
Further, the above soaps may be available in two size options: Small and Medium. The Small size option is suitable for compact soap bars, ideal for personal use or for creating smaller, decorative soap products. On the other hand, the Medium size option offers larger soap bars, making it versatile for different applications. These dimensions and size options provide flexibility in soap-making, allowing users to customize their soap bars according to their specific needs, whether it's for personal use, gifting, or commercial production. The design ensures that the resulting soap bars are both aesthetically pleasing and functional, making them a practical and creative addition to the soap-making process.
By combining various ingredients, soap makers have the flexibility to create various soap recipes, each with its unique characteristics. The choice of soaps, whether rectangular, circular, or any other shape, allows for different aesthetics and sizes of soap bars. This diversity in ingredients and molds empowers soap makers to produce an array of soap products, ranging from moisturizing bars for dry skin to exfoliating and detoxifying options, catering to different preferences and skincare needs.
To craft a moisturizing and soothing soap bar, soap makers can blend olive oil and sweet almond oil. Olive oil is renowned for its moisturizing properties, making it an excellent choice for hydrating the skin. Sweet almond oil, on the other hand, offers soothing and conditioning benefits, making it suitable for individuals with sensitive or dry skin. Combining these ingredients results in a soap that nourishes and pampers the skin. When using a circular mold for shaping the soap bars, soap makers can create a visually pleasing, round soap that comfortably fits in the hand. The circular design provides a luxurious and spa-like bathing experience. Adding a touch of essential oil infuses the soap with a delightful fragrance, transforming the daily bathing routine into a sensory delight.
For those seeking a more invigorating bathing experience, soap makers can create an exfoliating and detoxifying soap bar. To achieve this, a combination of coconut oil, cocoa butter, and clay minerals can be employed. Coconut oil is known for its cleansing and lathering properties, ensuring an effective clean. Cocoa butter brings moisturization and creaminess to the soap, leaving the skin supple and smooth. The introduction of clay minerals offers gentle exfoliation and detoxification, making it an excellent choice for deep cleansing and skin renewal. The use of a rectangular soap bar provides a practical design, making it easy to use and store regularly.
To create an aromatic and therapeutic soap bar, soap makers can focus on essential oils with therapeutic benefits. By blending essential oils known for their specific properties, such as lavender for relaxation or eucalyptus for invigoration, the soap becomes a multi-sensory experience. Adding stearic acid to the formula ensures a creamy lather, enhancing the overall bathing experience. A custom-shaped mold allows for the crafting of uniquely designed soap bars. These custom shapes can be tailored to specific occasions or themes, adding a creative and personalized touch to the soap-making process. This approach transforms soap bars into not only functional products but also artistic expressions of individual preferences and well-being.
Diversifying the soap-making process is made possible through the infusion of an array of scents and colors. These variants, such as the soothing essence of Lavender, the earthy richness of Sandalwood, the rejuvenating freshness of Rosemary, and the sweet allure of Orange Blossom, provide a spectrum of aromatic experiences. Additionally, options like Almond Butter, Shea Butter, and Rose Petal contribute not only to scent but also to the visual appeal, offering colors and textures that engage the senses. For specialized skincare benefits, ingredients like Activated Charcoal and Dead Sea Mud can be introduced, providing cleansing and purifying properties. This broad selection empowers soap makers to craft soap bars that are not only effective in cleansing but also captivating to the senses, enhancing the bathing ritual with their unique fragrances, colors, and skin-nourishing qualities.
Further, the combination of coconut oil, olive oil, palm oil, sweet almond oil, cocoa butter, essential oils, and stearic acid offers soap makers a versatile palette for crafting a diverse range of soap bars. Coconut oil, with its cleansing and lathering properties, creates a rich, foamy lather for effective dirt removal. Olive oil's moisturizing and conditioning qualities make soap bars gentle, particularly for dry or sensitive skin. Palm oil provides hardness and stability, ensuring the soap maintains its shape and longevity. Sweet almond oil adds nourishing hydration and softness to the skin. Cocoa butter brings luxury with extra moisture. Essential oils not only offer aromatic choices but also introduce therapeutic benefits. Stearic acid plays a crucial role in stabilizing and thickening soap formulations, resulting in a creamy lather and longer-lasting bars. The harmonious blend of these ingredients empowers soap makers to create an array of soap recipes, each tailored to specific skincare needs and sensory preferences, making soap-making a versatile and creative craft.
FIG. 8 illustrates a flow chart for making customizable soaps, in accordance with a preferred embodiment of the invention.
At Step 802, Prepare Soap Ingredients: Gather and prepare the necessary ingredients for soap production, including oils, lye, fragrance, and any additional components required.
At Step 804, Melt and Mix Ingredients: Heat and mix the ingredients to create the soap base. This process involves combining the oils, lye, and other components while carefully controlling temperature and chemical reactions.
At Step 806, Mold Soap with Handle: Pour the soap mixture into molds designed to incorporate the handle. Ensure that the handle is securely integrated into the soap during this step.
At Step 808, Cool and Solidify: Allow the soap to cool and solidify within the molds. The integrated handle should be firmly attached to the soap during this phase.
At Step 810, Package Soap: Inspect the soap bars to ensure the handles are securely in place, and the soap is of the desired quality. Once the soap bars meet quality standards, they are packaged for distribution. This includes labeling and branding as necessary.
At Step 812, Distribution: Distribute the packaged soap products to retailers, wholesalers, or consumers, making them available for purchase.
The mold created for soap bars with integrated handles features two essential sections. The first section is dedicated to shaping the soap bar, providing a cavity that matches the desired dimensions and form of the soap. The second section, adjacent to the soap bar area, contains a cavity for creating the integrated handle. This handle section corresponds in shape and dimensions to the integrated handle of the soap, facilitating the concurrent production of both the soap bar and its handle during the soap manufacturing process. This innovative mold design not only enhances manufacturing efficiency but also ensures a seamless and secure integration of the handle into the soap bar, resulting in a cohesive final product.
The invention of soaps with integrated handles offers several advantages:

- Efficient Use: Users can grip the soap securely, reducing accidental slips and waste. This efficient use ensures that the soap lasts longer, providing better value for the consumer.
- Hygiene: The integrated handle remains clean and functional throughout the soap's use, eliminating the hygiene concerns associated with separate attachments that can accumulate soap residue and bacteria.
- Eco-Friendly: The integrated handle is made from the same soap material, eliminating the need for plastic or wasteful attachments. This contributes to environmental sustainability and reduces plastic waste.
- User Convenience: The handle makes the soap easy to grip, even in wet conditions, enhancing the overall user experience and making daily cleansing more convenient.
- Aesthetics: The design is not only functional but also aesthetically pleasing, enhancing the visual appeal of the product and bathroom decor.

Claims

I/We claim:

1. A soap with an integrated handle, comprising:

a soap bar designed for body cleansing, said soap bar made from soap material;

an integrated handle incorporated into said soap bar, said handle being made from the same soap material as the soap bar.

2. The soap with an integrated handle of claim 1, wherein said integrated handle is configured to provide a secure and slip-free grip during use.

3. The soap with an integrated handle of claim 1, designed to facilitate effortless and efficient use, minimizing wastage and enhancing longevity.

4. The soap with an integrated handle of claim 1, wherein the integrated handle is circular in shape, designed to provide an ergonomic grip for the user and the soap bar can be rectangular in shape.

5. The soap with an integrated handle of claim 1, wherein the integrated handle is of a stack type, providing an alternative means to hold the soap bar.

6. The soap with an integrated handle of claim 1, wherein the integrated handle is rectangular in shape, facilitating a comfortable and secure grip during use and the soap bar can be circular in shape.

7. The soap with an integrated handle of claim 1, wherein the integrated handle and soap bar are both circular in design to be easily gripped and held by the user.

8. A method for manufacturing soap bars with integrated handles, comprising:

preparing a mixture of soap ingredients, including oils, lye, and optional fragrance additives;

heating and stirring said mixture to create a homogeneous soap base;

pouring the soap base into moulds specifically designed to incorporate handles;

allowing the soap to cool and solidify in the moulds, ensuring that the handles are securely attached to the soap bars;

packaging the soap bars in a manner suitable for distribution, including labelling and branding;

distributing the packaged soap bars for sale through various distribution channels.

9. The method of claim 8, wherein said integrated handles are made from the same soap material as the soap bars, eliminating the need for separate attachments and reducing waste.

10. The method of claim 8, wherein said soap bars are eco-friendly and are manufactured using sustainable practices to minimize environmental impact.

11. A mould for the manufacture of soap bars with integrated handles, comprising:

a main soap bar section designed for the formation of the soap bar, said main soap bar section having a soap material cavity with the shape and dimensions of the desired soap bar;

an integrated handle section within the mould, adjacent to the main soap bar section, said handle section having a handle cavity with a shape and dimensions that correspond to the integrated handle of the soap, allowing for the simultaneous creation of the handle and the soap bar during the soap manufacturing process.