Wearable physical pressure rollback type prepuce blockage corrector

Abstract

The application discloses a wearable prepuce traction and retraction prevention medical device, belongs to a class of passive urological nursing auxiliary medical devices, is integrally molded by using medical biocompatible silica gel, is suitable for males with excessively long prepuce and physiological phimosis, and can also be used for physical correction and nursing of people with prepuce swelling caused by fat accumulation in front of the pubic bone. The device is composed of a special-shaped bionic triangular base and a center stepped columnar hollow ventilation sleeve ring. When used, the device is sleeved at the root of the penis to push and fix the excessively long prepuce towards the proximal end. A matched adjustable waist binding belt is used to realize multidirectional traction and positioning by adjusting the tension, continuously exert a gentle binding force, prevent the prepuce from rebounding and covering the glans penis, prolong the exposure time of the glans penis, and reduce inflammation. The product has no splicing gap and is convenient for ethylene oxide sterilization; four-point symmetrical binding belt grooves disperse the surface pressure, the wearing is stable and is not prone to pressure injury, the processing technology is simple, and the product has clinical popularization value.

Description

Technical Field

[0001] This invention relates to the field of male reproductive external health care and correction medical devices, IPC classification number: A61F5 / 00, specifically a wearable physical pressure retraction foreskin retraction device, belonging to Class I passive urological surface care auxiliary medical devices. It is suitable for men with physiological phimosis, secondary phimosis, and obese men with perineal pubic fat accumulation, abdominal fat hypertrophy causing penile concealment, and passive foreskin bulging. This product is available in multiple specifications. The basic model has a central through-hole diameter of 40mm and a uniform standard height of 20mm for the central columnar protrusion. Mass-produced models are available to suit all age groups, including models for teenagers and adults, with progressively larger central through-hole diameters of 25mm, 30mm, 35mm, 40mm, 45mm, and 50mm, to match users with different penile base outer diameters. Background Technology

[0002] Currently available and mass-produced external devices for foreskin retraction mostly adopt a standard circular closed-loop structure, resulting in severe structural homogenization and a lack of overall design. This leads to inherent industry deficiencies in fit and wearing stability. Considering clinical use and long-term home use, the specific pain points of existing technologies are as follows: 1. Conventional standard circular closed-loop retraction rings have poor force balance, and the ring fits only to the coronal sulcus of the penis. The force is distributed laterally when worn, and it is very easy to slip, deviate, or fall off during daily walking and limb activities. It cannot effectively limit and fix the foreskin and has extremely poor retraction stability. 2. There is no standard for the wall thickness of conventional anti-reverse rings on the market. The wall thickness varies, and long-term contact with the coronal sulcus causes continuous local compression of the soft tissue of the coronal sulcus, which can easily lead to poor local blood circulation and cause discomfort such as swelling of the glans penis, local tenderness, and subcutaneous hematoma. 3. Low-end mass-produced adhesive components are made of industrial-grade recycled silicone and plastic materials, which have poor biocompatibility. Staphylococcus aureus, fungi and other pathogenic bacteria on the skin surface are easy to grow at the contact points. Long-term contact with the groin and private skin can easily induce skin redness, itching and contact dermatitis. 4. Traditional foreskin rings mostly adopt a solid closed-loop silicone one-piece structure, while split products use hard buckles for splicing and assembly. The buckles have high hardness and sharp edges, which rub against the delicate skin of the private parts, causing a strong stinging and discomfort. The uneven gaps in the splicing assembly make it easy to hide smegma, sweat and dirt, which are difficult to clean and disinfect, resulting in extremely poor hygiene. 5. The most common clinical radical treatment is circumcision, which is an invasive procedure with multiple medical risks, including intraoperative wound bleeding, postoperative wound infection, severe pain during recovery, scar hyperplasia, poor postoperative appearance, and long healing period. At the same time, most users have a fear of surgery and psychological resistance, and are unwilling to accept invasive surgical intervention. 6. Existing compression products have a single aperture specification, which cannot be graded to adapt to the different sizes of adolescent small-diameter penises and adult large-diameter penises, resulting in poor universality and low fit. Summary of the Invention

[0003] 3.1 The technical problem to be solved by the present invention 1. To address the shortcomings of circumcision surgery, such as invasiveness, postoperative discomfort, user psychological resistance, and the inability to retain foreskin tissue as a backup material for skin grafting, a purely external, non-invasive wearable device is provided; 2. Overcomes the problems of traditional circular compression rings, such as single-point compression of the coronal sulcus, easy slippage, poor hygiene, and skin irritation caused by the material; 3. Suitable for people with thick perineal and pubic fat and penile concealment and bulging, solving the pain points of conventional retraction rings that lack perineal support points and cannot stably retract the foreskin; 4. Replaces manual retraction of the foreskin, enabling all-day, hands-free fixation and extending the duration of glans exposure; 5. Gently reduces the sensitivity of the glans mucosa through purely physical friction, avoiding the drug side effects of topical delay creams; 6. Provides a short-term trial transition device for users who are hesitant about surgery, effectively keeping the foreskin cavity ventilated and dry, and helping to reduce the frequency of recurrence of superficial balanitis. 3.2 Core Innovative Technical Solution of this Invention

Novelty Enhancement: Unlike the traditional single-ring limiting structure of the coronal sulcus, this invention consists of two independent components working together: a silicone retraction main body and a four-point adjustable traction strap assembly. The silicone main body adopts an original triangular shield-shaped biomimetic base and a central coaxial hollowed-out protrusion integrated structure. Relying on the large area of ​​soft tissue in the perineum for adhesion and force, and with the matching four-point symmetrical straps for multi-directional traction, the force is concentrated on the penile base, pubic fat layer, and superficial suspensory ligament of the penis, locking the foreskin from the root. This is an industry-unique root traction retraction mechanical structure.

[0004] Figure 1 is a schematic diagram showing the three-dimensional structure of the adjustable traction strap assembly of the present invention; Figure 2 is a three-dimensional schematic diagram of the adjustable traction strap assembly of the present invention without labels; Figure 3 is a schematic diagram of the front top view of the silicone resist compound body of the present invention; Figure 4 is a three-dimensional isometric schematic diagram of the silicone resist compound body of the present invention; Figure 5 is a top view of the silicone resist body of the present invention without protrusions on the back; Figure 6 is a top view of the front of the silicone resist body of the present invention with a central boss; Figure 7 is a transverse side cross-sectional view of the silicone resist compound body of the present invention; Figure 8 is a reverse transverse sectional view of the silicone resistive bonding body of the present invention; Figure 9 is a vertical side view of the left side of the silicone resist body of the present invention; Figure 10 is a vertical side view of the right side of the silicone resist body of the present invention.

[0005] Figure 1 (Tethering Strap Assembly) - Numbered Components and Their Uses 1 - Arc-shaped main support ring: Encircles the waist and hip area, providing an overall basic fixed frame; 2 - Left traction arm end hook: Inserts into the lower left and upper left slots of the silicone body for detachable connection; 3 - Right traction arm end hook: Inserts into the lower right and upper right slots of the silicone body for detachable connection; 4 - Left traction arm rod: Conducts waist tension to the silicone base; 5 - Right traction arm rod: Conducts waist tension to the silicone base; 6 - Upper connection fixing position of the left arm: Connection point between the arm and the main support ring; 7 - Left arm length adjustment buckle: Locks the extension length of the arm and adjusts the traction force; 8 - Right arm length adjustment buckle: Locks the extension length of the arm and adjusts the traction force; 9 - Upper connection fixing position of the right arm: Connection point between the arm and the main support ring.

[0006] Figure 3 (Top view of silicone adhesive backing body, labeled) Components and applications 1 - Base Body: Triangular shield-shaped bionic base plate, conforming to the perineal soft tissue and dispersing traction pressure; 2 - Central hollow columnar protrusion: fits onto the base of the penis, forming a physical barrier to prevent foreskin rebound; 3 - Lower left horizontal elongated waist-shaped insertion slot: inserts the right side strap hook to achieve lower point traction; 4 - Lower right horizontal elongated waist-shaped insertion slot: inserts the left side strap hook to achieve lower point traction; 5 - Upper right oblique elongated waist-shaped insertion slot: inserts the right side strap hook to achieve upper point traction; 6 - Upper left oblique elongated waist-shaped insertion slot: inserts the left side strap hook to achieve upper point traction.

Claims

1. A wearable physical pressure retraction type foreskin retraction device, characterized in that: The device includes a silicone resistive body and an adjustable traction strap assembly. The silicone resistive body is an integrally molded structure, including a triangular shield-shaped base body (1) and a central hollow columnar boss (2) integrally molded on the center of the base. The base body (1) has four sets of long waist-shaped through grooves: an upper left oblique through groove (6), an upper right oblique through groove (5), a lower left transverse through groove (3), and a lower right transverse through groove (4). The adjustable traction strap assembly includes an arc-shaped main support ring (1) and two sets of retractable traction arms on the left and right. Each set of traction arms has a hook (2, 3) at the end. The hook can be detached and inserted into the long waist-shaped through groove of the silicone body. The traction arm has multiple sets of positioning buckles (6, 7, 8, 9) to adjust the extension length of the arm and change the traction tension. When worn, the hollowed-out columnar protrusion in the center of the silicone body fits onto the base of the penis, and the triangular shield-shaped base conforms to the soft tissue of the perineum. The traction strap wraps around the waist and hips, and the four symmetrical support arms apply uniform physical pressure to the pubic fat layer, perineal fascia, and superficial suspensory ligament of the penis, thereby retracting and locking the foreskin at the base of the penis and preventing the foreskin from rebounding and covering the glans.

2. The wearable physical pressure retraction type foreskin retraction device according to claim 1, characterized in that: The base body (1) has a uniform wall thickness of 4mm, and the central hollow columnar boss (2) has a protrusion height range of 0mm~30mm; the central hollow through hole is provided with six gradient inner diameter specifications of 25mm, 30mm, 35mm, 40mm, 45mm and 50mm.

3. The wearable physical pressure retraction type foreskin retraction device according to claim 1, characterized in that: The silicone barrier body is integrally molded / injected from medical-grade silicone with a hardness of 50~55A. The material complies with GB / T 16886 Medical Device Biological Evaluation Standard and Food Contact Silicone Safety Specification. It has no seams and can be sterilized as a whole.

4. The wearable physical pressure retraction type foreskin retraction device according to claim 1, characterized in that: All long waist-shaped through-grooves have smooth inner edges without sharp edges. The length of the through-grooves ranges from 10mm to 25mm, and the width ranges from 2mm to 5mm.

5. The wearable physical pressure retraction type foreskin retraction device according to claim 1, characterized in that: The triangular shield-shaped base body (1) has a maximum horizontal width of 75mm~140mm and a total vertical height of 60mm~100mm, which is proportionally scaled according to the inner diameter of the central through hole.

6. The wearable physical pressure retraction type foreskin retraction device according to claim 1, characterized in that: The left and right traction arms can be extended from 30mm to 110mm. Multiple locking buckles are evenly distributed on the arms. The hooks have an inwardly bent U-shaped structure that fits and engages with the long waist-shaped slot.

7. The wearable physical pressure retraction type foreskin retraction device according to claim 1, characterized in that: The materials used for the silicone resistive bonding body and the adjustable traction strap assembly include, but are not limited to, medical silicone, 3D printed photosensitive resin, fiber fabric, breathable polymer composite material, flexible leather, food-grade plastic, and medical stainless steel.

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