Device for suctioning and scenting gases from the human body

Abstract

The invention relates to a device for suctioning gases from the human body, to capture and scent gas emanating from body, which comprises a solid cylindrical body, a motor at the bottom end thereof, and a scented, oval rubber bag that has a hinged cover at one end and an exhaust with a filter at the other end. The device additionally comprises a button on the main body, which actuates a rotary blade powered by energy from a rechargeable battery that is charged using a connector adapted to the power source used for recharging.

Description

[0001] DESCRIPTION

[0002] “Device for suction and aromatization of human body gases”

[0003] DESCRIPTIVE MEMORANDUM

[0004] This invention application relates to a device for suctioning gas from the human body, in the area of ​​personal care and hygiene. Its function is to capture and aromatize the gas emanating from the body through the digestive system via the anus or through implanted stents following surgical procedures (e.g., colostomies). Specifically, this device provides a solution to the problem of the unpleasant odor of flatulence produced when the body passes gas through the anus.

[0005] STATE OF THE ART

[0006] To date, there is no device that meets the need to capture and retain the gases that humans expel from their bodies through their intestines and subsequently purify them and release them into the environment with a perfumed aroma.

[0007] Humans expel gases from their bodies, including flatulence, which is released through the anus. These intestinal gases are generally malodorous, creating an unpleasant environment when smelled. This invention relates to a novel, original industrial design device for capturing, suctioning, and flavoring gases emanating from the human body.

[0008] Prior art is indicated: Application No. W02008052018 A set of tubes for transporting malodorous matter from the body, the tube set comprising: a. a silicone-based tube having a central orifice for the malodorous matter; and b. a tubular sleeve member comprising an odor barrier material; c. the silicone-based tube and the tubular sleeve member being arranged one inside the other such that the tubular sleeve member provides an odor barrier to obstruct the escape of odors from malodorous matter at the orifice of the silicone-based tube. Application No. US2014155846 Device for the evacuation of gaseous flatus from the user's anus, comprising: a bulb with a compressible wall defining a hollow interior and a port to permit the entry and exit of gaseous flatus;and a hollow member with a main opening defining a rim and an opening formed through a wall, which is configured to be in gaseous communication with the port, the hollow member being directly connected to the bulb; wherein the hollow interior is configured to collapse upon compression of the compressible wall, and the rim of the hollow member is configured to be applied so as to surround the user's anus upon expulsion of flatulence; and wherein the bulb is configured to create a vacuum effect within the bulb by its elastic expansion, so that gaseous flatulence is drawn into the main opening, through the opening and the port, and subsequently stored in the hollow interior until selective evacuation through the port by recompressing the compressible wall.

[0009] Current methods for addressing the problem of smelling gas are primarily based on consuming foods with specific characteristics, chewing slowly, or exercising, all aimed at helping the body expel gas without unpleasant odors. Another method involves wearing clothing with patches that mask the smell of flatulence. However, this garment must be worn while sleeping, often causing discomfort for those who prefer other sleep methods. None of these methods are truly effective, as none guarantee a permanent solution. The odor of gas depends on many other factors and a person's lifestyle habits. Therefore, there is still no device that provides a solution every time the need to expel flatulence arises.

[0010] This invention consists of a gas suction device, with a main body with autonomous power, equipped with a motor with a rotating blade, with a variable weight, this connected to an oval spherical rubber bag, flexible, soft on the outside, with aromatic tentacles inside.

[0011] A molded mouth of soft, semi-flexible texture is connected to a cylindrical body equipped with a button for automatically opening and closing a hinged lid, which also activates a motor that drives a rotating blade that draws in the gas, this being its main component. Towards its rear end is an oval-shaped spherical bag, flexible and soft on the outside and lined on the inside with aromatic tentacles, which has a small hole with an exhaust filter at the back.

[0012] The device is equipped with an electric motor, with a rechargeable battery, which serves to move a blade that causes the absorption of gas from the intestine, introducing it into the device and subsequently storing it in the aromatic bag.

[0013] For the device to function, the user must position it at the anal opening and press the button that activates the motor and opens the cap, allowing the gas to enter. Once the gas is trapped, the button must be released to turn the device off and close the cap, sealing the gas inside. Following this process, the gas gradually escapes through the small filtered opening at the back, transforming into a pleasant-smelling air, depending on the fragrance inserted. BRIEF DESCRIPTION OF THE FIGURES

[0014] Figure 1 shows a schematic configuration of the proposed device: a) Molded mouth of soft and semi-flexible texture, b) Cylindrical body equipped with a button for automatic opening and closing of a hinged lid and in turn activating a motor that drives a rotating blade, c) Oval spherical bag, flexible and soft on the outside and inside with a lining with aromatic tentacles, d) Hole with filter.

[0015] Fig. 2 indicates; a) A diagram of the device demonstrating the circulation of gases in the development of the suction and expulsion process in an aromatic form, b) Rotating blade.

[0016] Fig. 3 Shows the main elements contained in the cylindrical body of the device; a) Rotating blade through the central shaft of the motor, b) Power charger input to the rechargeable battery, c) Motor, d) Rechargeable battery, e) Motor actuating button and opening of the hinged closing cover, f) Hinged closing cover.

[0017] DETAILED DESCRIPTION OF THE INVENTION

[0018] The present invention consists of a device composed of both solid and flexible materials. It has a cylindrical main body containing a central motor powered by a rechargeable battery (located on the inside of the cylinder) via a power source connector. This motor drives a rotating blade (located at one end of the cylinder) that draws in gas from the outside. This gas is drawn in by the blade, which then travels through the interior of the cylinder and is stored in a flexible, airtight bag (located and connected to the other end of the cylinder). This bag has an exhaust port with a filter (at the end of the bag) that allows the air to escape gradually, transforming it into a pleasantly scented air. It has a button that activates both the motor and a self-sealing lid (located between the cylinder and the bag) that prevents the gas from escaping back through the entry point.To support the device against the human body, it features a molded mouthpiece with a flexible and soft texture that allows it to be properly positioned and attached to the body so that the gas can be drawn in. It is important to note that the cylindrical body contains the motor, the fan, the power connector, the button, the battery, and the self-closing cap. However, there is an internal space inside the cylinder that allows the gas to flow through it into the bag.

[0019] This device offers a solution to the problem of the unpleasant odor emanating from flatulence. It addresses the environmental pollution caused by this odor. The device is placed at the anal opening, and a button is pressed to activate a motor that extracts the gas. The extracted gas is then temporarily trapped in a rubber pouch containing aromatic tentacles. This pouch also has a small hole that allows the gas to slowly and gradually escape, transforming into a fragrant gas.

[0020] For the device to function, the user must position it at the anus and press the button that activates the motor, which in turn opens the cap allowing the gas to enter. Once the gas is trapped, the button must be released to turn the device off and close the cap, sealing the gas inside the scented bag. Afterward, the gas gradually escapes through the small filtered opening at the back, transforming into a pleasantly scented air, depending on the fragrance inserted.

Claims

CLAIMS 1.- A device for suctioning gases from the human body, arranged to capture and aromatize the gas emanating from the body, CHARACTERIZED in that it comprises a solid cylindrical main body, which has a motor in the center, contains an oval aromatized rubber bag, at one end has a hinged lid and at the other has an exhaust with a filter, it also has a push button on the main body, which activates a rotating blade and this is powered by the energy emanating from a rechargeable battery that is charged through a connector adapted to a power source used for recharging. 2.- The gas suction device according to claim 1, CHARACTERIZED in that the solid and cylindrical body has a molded mouth of soft texture, which contains the motor that drives the blade that captures the gas coming from the intestine through the anus. 3.- The gas suction device according to claim 1, CHARACTERIZED in that the oval and aromatic rubber bag is flaccid and houses the gas inside. 4.- The gas suction device according to claim 3, CHARACTERIZED in that the oval, aromatic rubber bag has an opening with a filter, through which the accumulated air subsequently escapes gradually.

5. The gas suction device according to claim 1, CHARACTERIZED in that the rubber bag that is connected to one end of the solid and cylindrical body is made of soft, flaccid and airtight material, which has an inner lining and has aromatic tentacles. 6.- The gas suction device according to claim 1, CHARACTERIZED in that the hinged and self-closing lid is operated by means of a push button which in turn also turns on the motor of the device. 7.- The gas suction device according to claim 1, CHARACTERIZED in that the rechargeable battery provides the energy to drive the motor, which in turn rotates the blade. 8.- The gas suction device according to claim 1, CHARACTERIZED in that the battery is recharged through the connector for the power supply.

Images