A post-circumcision care device

Abstract

This utility model discloses a post-circumcision care device, belonging to the technical field of post-operative care equipment, for penile care after circumcision. It includes a front pant body, a back pant body, an installation through-hole, a protective shell, and a care component. The front and back pant bodies are sewn together, and the installation through-hole is located on the front pant body. The protective shell is located on and communicates with the installation through-hole. The care component is located inside the protective shell. The care component includes an inflatable component and an elastic component. The inflatable component is located inside the protective shell, and an inflation tube on the inflatable component passes through the protective shell. The elastic component is located inside the inflatable component. When the inflatable component expands, it compresses the elastic component, causing it to shrink. When the inflatable component contracts, the elastic component returns to its initial state. The elastic component conforms to the curve of the penis, deforming according to the penile contour, perfectly fitting the penile curve without any suspension or excessive compression, which is beneficial for recovery.

Description

Technical Field

[0001] This utility model belongs to the technical field of postoperative care equipment, specifically relating to a postoperative care device for circumcision. Background Technology

[0002] As people's quality of life improves, they are paying more and more attention to conditions like phimosis. Choosing the best time to have a circumcision is very important, because phimosis or paraphimosis can hinder the development of the genitals, leading to poor genital development and ultimately a short penis. Therefore, circumcision can be performed on children around 8-10 years old.

[0003] Local hematoma and edema are the most common symptoms after circumcision. Swelling of the glans penis is normal within the first week after surgery, but individual differences exist. The reason for the swelling is that after circumcision, the blood circulation in the frenulum is relatively rich. The blood vessels and lymphatic vessels in the skin are severed post-surgery, and new return pathways are established, leading to poor drainage, which takes time. Therefore, post-operative local edema usually takes 2-3 weeks to recover, but in some cases it can take more than 3 months. If the edema persists for a long time, it can also lead to secondary infection.

[0004] The nursing method involves minimizing friction on the glans penis to avoid worsening the swelling. Although care should be taken to avoid rubbing the glans penis, and the doctor has advised sleeping on one's side or back, friction is still unavoidable due to the local swelling. For example, during sleep at night, it is inevitable that the penis will be touched by the covering or that turning over will cause friction, leading to further bleeding and worsening of the swelling.

[0005] Currently, most hospitals use disposable cups or other cylindrical objects to make rigid penile shields to protect the incision and reduce the pain of children. However, this method is prone to falling off, which brings great difficulties to home care and causes various inconveniences to the daily life and study of children. In addition, disposable cups often compress the wound, causing pain or local bleeding, which is not conducive to wound healing. Moreover, the comfort is extremely poor, which greatly affects the patient's daily life and is not conducive to the patient's recovery. Summary of the Invention

[0006] This invention addresses the technical problem of unsatisfactory effects of existing foreskin care devices by providing a post-circumcision care device.

[0007] Existing disposable cups offer unsatisfactory nursing care. To improve post-circumcision care, this utility model provides a post-circumcision care device, comprising a pant body, which includes a front pant body and a back pant body, sewn together. It also includes: Installation through holes are provided on the front of the pants; A protective shell is disposed on the mounting through hole and communicates with the mounting through hole. The protective shell is a solid structure, which facilitates viewing the postoperative condition of the foreskin. A nursing component is housed within the protective shell. The nursing component is a solid structure, which facilitates observation of the postoperative condition of the foreskin.

[0008] Preferably, The nursing component includes: An inflatable component is disposed inside the protective shell, and an inflation tube on the inflatable component passes through the protective shell; An elastic component is disposed within the inflatable component. When the inflatable component expands, it compresses the elastic component to shrink. When the inflatable component contracts, the elastic component returns to its initial state. The nanoscale micropores are disposed on the elastic component.

[0009] The inflatable component, elastic component, and protective shell are all ring-shaped structures, with the front section of the inflatable component and elastic component being the swelling-reducing end.

[0010] The post-circumcision care device also includes: An inflation source is connected to the inflation pipe via a connecting pipe.

[0011] The inflation source includes: An inflation controller is provided, wherein the inflation port of the inflation source is connected to the air inlet of the inflation controller, and the air outlet of the inflation controller is connected to the inflation pipe.

[0012] Preferably, The post-circumcision care device also includes: A first connector is disposed on the mounting through hole; A second connector is disposed on the protective shell, and the first connector and the second connector are connected.

[0013] Both the first connector and the second connector are annular structures, and the annular holes of the first connector and the second connector match the mounting through hole.

[0014] Preferably, The protective shell is equipped with ventilation holes to prevent localized dampness and bacterial growth.

[0015] The positive and progressive effects of this utility model are as follows: (1) The nursing component designed in this utility model includes an inflatable component and an elastic component. The inflatable component is disposed inside the protective shell, and the inflation tube on the inflatable component passes through the protective shell. The elastic component is disposed inside the inflatable component. When the inflatable component expands, it squeezes the elastic component to shrink. When the inflatable component contracts, the elastic component returns to its initial state. The elastic component conforms to the curve of the penis and can deform according to the contour of the penis, perfectly conforming to the curve of the penis, without any suspension or excessive compression, which is conducive to recovery. (2) The present invention is designed with an inflatable component and an elastic component. The flexible deformation capability of the elastic component can closely fit the physiological curve of the foreskin and glans, reducing rigid friction. The inflatable component provides uniform support through air pressure regulation. The combination of the two can dynamically adjust the tightness according to individual differences, avoiding excessive tightness leading to blood circulation obstruction or excessive looseness leading to nursing failure. It is especially suitable for the gradual nursing during the swelling period after circumcision.

[0016] (3) The present invention designs an inflation source and an inflation controller. The inflation port of the inflation source is connected to the air inlet of the inflation controller, and the air outlet of the inflation controller is connected to the inflation pipe. The inflation controller controls the size of the air source, thereby controlling the fit between the inflation component and the penis, promoting lymphatic circulation, and shortening the postoperative swelling time.

[0017] (4) The present invention provides a first connecting piece on the front of the pants and a second connecting piece on the protective shell. The first connecting piece and the second connecting piece are detachably connected. This design makes it convenient to remove the protective shell and the care components from the pants.

[0018] (5) The present invention is designed with a protective shell, and the nursing components are installed inside the protective shell to protect the nursing components and prevent them from being touched by the covering or rubbed by turning over during sleep at night, which could cause rebleeding and aggravate edema.

[0019] (6) The present invention designs nano-scale micropores on the elastic component. The nano-scale micropores are used for ventilation, that is, the gas on the penis is released to the outside through the nano-scale micropores, thus avoiding the growth of bacteria on the elastic component due to moisture. Attached Figure Description

[0020] Figure 1 This is a schematic diagram of the structure of the present invention with a gas source device; Figure 2 This is a schematic diagram of the device structure of this utility model; Figure 3 This is a schematic diagram of the nursing component and protective housing structure of this utility model. Figure 1 ; Figure 4 This is a schematic diagram of the structure of the trouser body and the first connecting member of this utility model; Figure 5 This is a schematic diagram of the nursing component and protective housing structure of this utility model.

[0021] In the diagram: 1. Pants body; 101. First connector; 2. Protective shell; 201. Inflation tube; 202. Second connector; 203. Inflation component; 204. Elastic component; 205. Nanoscale micropores; 3. Connecting tube; 4. Air source. Detailed Implementation

[0022] The following specific examples illustrate the implementation of this utility model. Those skilled in the art can easily understand other advantages and effects of this utility model from the content disclosed in this specification. This utility model can also be implemented or applied through specific embodiments, and various details in this specification can also be modified or changed based on different viewpoints and applications without departing from the spirit of this utility model.

[0023] like Figure 2 As shown, to improve the post-circumcision care effect, the post-circumcision care device of this utility model includes a pant body 1, which consists of a front pant body and a back pant body, which are sewn together. It also includes an installation through-hole, a protective shell 2, a care component, and nano-sized micropores 205. The installation through-hole is located on the front pant body. The protective shell 2 is a solid structure, facilitating observation of the post-circumcision condition. The protective shell 2 is located on and communicates with the installation through-hole. The care component is also a solid structure, facilitating observation of the post-circumcision condition. The care component is located inside the protective shell 2. The nano-sized micropores 205 are located on the care component. This device helps prevent contact with the covering material or friction caused by turning during sleep at night, which could lead to re-bleeding and increased swelling.

[0024] like Figure 5 As shown, the nursing component includes: an inflatable component 203, an elastic component 204, and a breathable membrane. The breathable membrane is a non-woven waterproof and breathable membrane. The inflatable component 203 is an inflatable airbag, specifically a medical airbag / medical cervical spine health care airbag / medical inflatable airbag. The elastic component 204 is made of memory silicone, specifically a 3mm silicone plate that achieves elastic memory recovery. The breathable membrane covers the elastic component 204. Nanoscale micropores 205 are disposed on both the elastic component 204 and the breathable membrane. The inflatable component 203 is disposed inside the protective shell 2. The protective shell 2 is a plastic outer shell. An inflation tube 201 on the inflatable component 203 passes through the protective shell 2. The inflation tube 201 is equipped with a gas connector, which is a German standard threaded connector for oxygen gas regulation pipelines and medical equipment. An elastic component 204 is disposed within the inflatable component 203. When the inflatable component 203 expands, it compresses the elastic component 204 and the breathable membrane, causing them to shrink and conform to the penis. When the inflatable component 203 contracts, the elastic component 204 returns to its initial state. The elastic component 204 conforms to the curve of the penis, deforming according to the penile contour, perfectly fitting the penis's curve without any gaps or excessive compression, thus facilitating recovery.

[0025] Nanoscale micropores 205 are special design structures or devices that achieve both air permeability and effective gas leakage prevention without causing leakage. The principle involves using special materials or structures to achieve a balance between air permeability and leakage prevention. Materials with microporous structures are employed; these micropores are small enough to allow air molecules to exchange gases while preventing macroscopic gas leakage. Alternatively, clever mechanical structural designs allow air to enter and exit under certain conditions, but prevent gas leakage under normal circumstances. Breathable membranes are a common method. These membranes are made of polymer materials with numerous nanoscale micropores. These micropores allow air molecules to pass freely, achieving air permeability. Simultaneously, due to the extremely small size of the micropores, external gases cannot pass through at high flow rates, thus achieving a leak-proof effect.

[0026] like Figures 2-5 As shown, the inflatable component 203, the elastic component 204, and the protective shell 2 are all annular or cup-shaped integral structures. The front section of the inflatable component 203 and the elastic component 204 is a swelling-reducing end, with an annular protrusion made of silicone material on the front section of the elastic component 204, corresponding to the coronal sulcus of the penis. An annular or cup-shaped annular integral structure is more suitable, as the elastic component 204 has a cavity at its center, perfectly conforming to the curve of the penis, facilitating urination, and providing easy viewing.

[0027] The combination of the inflatable component 203 and the elastic component 204 enhances comfort and safety. The flexible deformation capability of the elastic component 204 can closely conform to the physiological curves of the foreskin and glans, reducing rigid friction. The inflatable component 203 provides uniform support through air pressure regulation. The combination of the two can dynamically adjust the tightness according to individual differences, avoiding excessive tightness that may cause blood circulation obstruction or excessive looseness that may cause nursing failure. It is especially suitable for gradual nursing during the swelling period after circumcision.

[0028] When the inflatable component 203 and the elastic component 204 are combined, local pressure damage is reduced. The elastic tension of the elastic component 204 and the air pressure buffering effect of the inflatable component can disperse external pressure to a larger area of ​​the foreskin surface, avoiding problems such as skin pressure sores and ischemic necrosis caused by static pressure concentration of traditional fixation devices (such as gauze and tape). It is especially suitable for long-term wear scenarios (such as postoperative recovery and auxiliary correction of phimosis).

[0029] The elastic restoring characteristics of the elastic component 204 can be synchronously deformed with body movement (such as walking and limb movement), while the compressibility of the inflatable component allows for a certain degree of volume change. The combination of the two allows the care device to remain stable and fixed in a dynamic environment, which not only avoids displacement or falling off due to strenuous exercise, but also reduces restrictions on normal activities and improves user compliance.

[0030] The above functions can be achieved even with only an inflatable component, namely, the flexible deformation ability can closely conform to the physiological curve of the foreskin and glans, reducing rigid friction but without a shrinkage function; however, the shrinkage function cannot be achieved. Therefore, by combining the inflatable component 203 and the elastic component 204, the user's needs are met while also improving the use value of the device.

[0031] The protective shell 2 is not shown in the picture. It is equipped with ventilation holes. The ventilation holes are micro-holes with a diameter of 0.5mm. The ventilation holes are used for ventilation. That is, the gas on the penis is released into the protective shell through the nano-scale micro-holes 205 on the elastic component 204 and the inflation component 203, and then released to the outside world, so as to prevent the elastic component from being damp and growing bacteria.

[0032] like Figure 2 , Figure 4 As shown, a first connector 101 is provided at the mounting through-hole position on the front of the pants. The first connector 101 has a ring structure and is a ring-shaped Velcro fastener. A second connector 202 is provided on the protective shell 2, which is also a ring-shaped Velcro fastener. In this way, the first connector 101 and the second connector 202 can be detachably connected. The ring holes of the first connector 101 and the second connector 202 match the mounting through-hole to avoid affecting subsequent use.

[0033] like Figure 1 As shown, in order to improve the usability of the post-circumcision care device, the device is equipped with an inflation source 4, which is a miniature air pump. An inflation controller is installed on the inflation source 4. The inflation port of the inflation source 4 is connected to the air inlet of the inflation controller. The air outlet of the inflation controller is connected to the inflation pipe 201 through the connecting pipe 3 for inflating the inflation component 203. The inflation controller inflates the inflation component 203 according to the air pressure required by the inflation component 203, so that the air pressure inside the inflation component 203 is maintained within a suitable range.

[0034] By fine-tuning the air pressure of the inflatable components (such as manual air pumps and intelligent pressure sensors), multi-level pressure control can be achieved in combination with the elastic threshold of the elastic components: In the initial high swelling period, low air pressure is used in conjunction with the basic tension of the elastic components to provide gentle support; In the recovery period, the air pressure is gradually increased, and the elasticity of the elastic components is used to assist in the repositioning or correction of the foreskin, avoiding the "one-size-fits-all" compression of traditional fixation devices.

[0035] The elastic stretching of the elastic component 204 and the intermittent pressure release of the inflatable component 203 (such as a periodic inflation-deflation mode) can simulate a massage effect, improve local blood circulation in the foreskin, and accelerate the reduction of edema and wound healing. At the same time, the breathability of the elastic material combined with the hollow design of the inflatable structure can reduce the humid and stuffy environment and lower the risk of infection.

[0036] Visual and quantitative adjustment: The air pressure display of the air source 4 (such as a pressure gauge or electronic display screen) is combined with the deformation scale of the elastic component (such as the marking line on the elastic body) to realize the visual monitoring of nursing pressure. This makes it easy for medical staff or users to accurately adjust parameters according to the rehabilitation stage and avoid subjective errors caused by adjustment based on experience.

[0037] Phimosis (tight foreskin): The foreskin covers the urethral opening but can be retracted to expose the urethral opening and glans penis. If phimosis causes recurrent balanitis, affects the quality of sexual life, or makes cleaning difficult, surgery may be considered. Surgical methods include: Traditional circumcision: This is the classic surgical method, where excess foreskin is removed with a scalpel or scissors, and the wound is then sutured. This method has a relatively long operation time and may result in more bleeding, but it is suitable for various types of phimosis or paraphimosis when the surgeon is skilled and the technique is mature. Circumcision with an anastomosis device: This method uses a specialized anastomosis device to quickly remove the foreskin and simultaneously suture, resulting in a short operation time, less bleeding, and a neat and aesthetically pleasing wound. Laser circumcision: This method uses the thermal energy of a laser to remove the foreskin, offering advantages such as less bleeding, good hemostasis, and a low risk of infection. However, the laser may cause some thermal damage to the tissue, and the postoperative recovery time may be slightly longer. Post-circumcision care is necessary, and friction should be avoided during the process: wear loose, cotton underwear to reduce friction on the penis, avoid strenuous exercise, and prevent the wound from being impacted or rubbed by external forces, which may affect healing.

[0038] Working principle: The pant body 1 is worn by the patient; the inflatable component 203 is installed inside the protective shell 2, and polytetrafluoroethylene powder is added to the surface of the elastic component 204. Polytetrafluoroethylene powder has excellent biocompatibility, with minimal reaction from human tissues, causing no significant inflammatory or immune response, and can remain stable in the human body for a long time. It also has an extremely low coefficient of friction, breathability, and sterility. The elastic component 204 is then installed inside the inflatable component 203, and the protective shell 2 is installed on the pant body 1. The central cavity of the elastic component 204 is aligned with the through-hole installed on the front of the pant body, allowing the patient's penis to be placed inside the central cavity of the elastic component 204.

[0039] Turn on the air source 4, and gas flows into the air inlet of the inflation controller. The inflation controller controls the gas flow rate, outputting corresponding flow rates as needed. The controlled gas enters the inflation component 203 through pipe 3, gradually expanding and compressing the elastic component 204, which then gradually conforms to the penis. Adjust the air volume of the inflation controller as needed; the controller controls the air flow to expand the inflation component 203, which gradually compresses the penis. This slight compression from the elastic component 204 promotes lymphatic circulation and reduces postoperative swelling time. Once the air pressure in the inflation component 203 is maintained at a suitable level, turn off the air source and disconnect pipe 3. The gas interface on the inflation pipe 201 prevents air leakage, ensuring that the internal air pressure of the inflation component 203 remains suitable even without an air supply.

[0040] Replace and clean the post-circumcision care device, open the gas connector on the inflation tube 201, expel the gas inside the inflation component 203, the elastic component 204 gradually returns to its original state, the elastic component 204 gradually squeezes the inflation component 203 to shrink, the elastic component 204 detaches from the penis, and the protective shell 2 is removed.

[0041] The present invention has been described in detail above with reference to the accompanying drawings and embodiments. Those skilled in the art can make various modifications to the present invention based on the above description. Therefore, certain details in the embodiments should not be construed as limiting the present invention, and the scope of protection of the present invention shall be defined by the appended claims.

Claims

1. A post-circumcision care device, comprising a pant body, said pant body including a front pant body and a back pant body, said front pant body and back pant body being sewn together, characterized in that, Also includes: Installation through holes are provided on the front of the pants; A protective shell is disposed on the mounting through hole and communicates with the mounting through hole. The protective shell is a solid structure, which facilitates viewing the postoperative condition of the foreskin. A nursing component is housed within the protective shell. The nursing component is a solid structure, which facilitates observation of the postoperative condition of the foreskin. Nanoscale micropores are provided on the care component.

2. The post-circumcision care device as described in claim 1, characterized in that, The nursing component includes: An inflatable component is disposed inside the protective shell, and an inflation tube on the inflatable component passes through the protective shell; An elastic component is disposed within the inflatable component. When the inflatable component expands, it compresses the elastic component to shrink. When the inflatable component contracts, the elastic component returns to its initial state. The nanoscale micropores are disposed on the elastic component.

3. The post-circumcision care device as described in claim 2, characterized in that, The inflatable component, elastic component, and protective shell are all ring-shaped structures, with the front section of the inflatable component and elastic component being the swelling-reducing end.

4. The post-circumcision care device as described in claim 1, characterized in that, Also includes: A first connector is disposed on the mounting through hole; A second connector is disposed on the protective shell, and the first connector and the second connector are detachably connected.

5. The post-circumcision care device as described in claim 4, characterized in that, Both the first connector and the second connector are annular structures, and the annular holes of the first connector and the second connector match the mounting through hole.

6. The post-circumcision care device as described in claim 2, characterized in that, Also includes: An inflation source is connected to the inflation pipe via a connecting pipe.

7. The post-circumcision care device as described in claim 6, characterized in that, The inflation source includes: An inflation controller is provided, wherein the inflation port of the inflation source is connected to the air inlet of the inflation controller, and the air outlet of the inflation controller is connected to the inflation pipe.

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