A combined speculum

Abstract

The utility model relates to the technical field of animal husbandry and veterinary instruments, and particularly relates to a combined vagina dilator, which comprises a stainless steel pipe frame, a detachable wall-mounted lamp, a magnetic sheet switch and a waterproof plugging battery box. The stainless steel pipe frame is formed by welding a long stainless steel round pipe and a short stainless steel square pipe. The front end of the long round pipe is arc-shaped and is closed to prevent mucosa damage. The detachable wall-mounted lamp comprises LED lamp beads, a stainless steel spring hook, insulated wires and a movable magnetic sheet. The U-shaped hook is used to hang the pipe frame. The spring hook is used to realize the grounding of the negative electrode of the LED. The welding point is protected by plastic steel mud. The magnetic sheet switch comprises a plastic plate, two magnetic sheets and a power cord. The N poles of the two magnetic sheets face outward. One of the magnetic sheets is connected to the power cord. The circuit is turned on or off by the attraction and separation of the movable magnetic sheet and the two magnetic sheets. The waterproof plugging battery box comprises an internal square column, a battery compartment, a foamed silica gel plug and a grounding spring wire. The battery compartment is used to store button cell batteries. The silica gel plug is waterproof. The grounding spring wire forms a negative electrode loop. The instrument is modular in design, easy to maintain and durable, and is suitable for the clinical operation requirements of animal husbandry and veterinary medicine.

Description

Technical Field

[0001] This utility model relates to the field of animal husbandry and veterinary equipment technology, specifically to a combined vaginal opening device. Background Technology

[0002] Vaginal speculum opening devices are core instruments used in animal husbandry and veterinary medicine for vaginal and cervical exploration and related procedures. They are primarily used in estrus detection, artificial insemination, and disease diagnosis in livestock. Their function is to open the vaginal canal, providing veterinarians with operating space and visibility, and are crucial tools for ensuring livestock reproduction and health management. Currently, mainstream vaginal speculum opening devices are mainly divided into two types: tubular and plate-type. Tubular vaginal speculum opening devices are more widely used in clinical practice due to their ease of operation and minimal stimulation to animals. Existing tubular vaginal speculum opening devices are mostly of an integrated structure. Some products with a light source use a built-in bulb or LED light design, with the light source fixedly connected to the main body of the device. Switches are mostly traditional rocker switches or metal contact self-locking buttons, directly exposed. Power supply components are mostly simple battery compartments, only covered by a common cover.

[0003] While existing tubular vaginal speculum devices can meet basic usage needs, they still have some problems: the integrated light source cannot be disassembled separately, and water can easily seep into the internal circuitry during cleaning and disinfection, causing damage to the light source, resulting in a short lifespan, and replacement requires complete disassembly of the instrument; traditional metal contact switches are prone to corrosion and oxidation due to long-term contact with animal vaginal mucus and disinfectant, leading to poor contact or inability to switch on or off, affecting the continuity of operation; the cover of the simple battery compartment has poor sealing effect, and liquid can easily seep into the battery compartment during disinfection or cleaning, causing battery short circuits and leakage, which not only affects power supply but may also contaminate the instrument; some vaginal speculum devices have a right-angled front end design, which can easily scrape the mucosa when inserted into the animal's vagina, causing stress response in the animal and even causing tissue damage.

[0004] With the development of large-scale and refined livestock farming, the requirements for the durability, safety and convenience of equipment are constantly increasing. The problems of frequent damage, high maintenance costs and high operational risks of existing vaginal openers are becoming more and more prominent, and they cannot meet the needs of efficient farming. Therefore, there is an urgent need to develop a modular vaginal opener that can be disassembled for maintenance, is waterproof and corrosion resistant, and is safe and easy to use. Utility Model Content

[0005] To address the problems of existing vaginal openers, such as easily damaged light sources, easily corroded switches, poor waterproofing of the battery compartment, and easy damage to the mucosa at the front end, which make it difficult to meet the requirements of safe and efficient veterinary operations, this utility model provides a combined vaginal opener.

[0006] The solution adopted by this utility model to solve its technical problem is: a combined gutter, including a stainless steel tube frame, a detachable wall-mounted lamp, a magnetic switch, and a waterproof sealed battery box; the stainless steel tube frame has mounting holes for installing the magnetic switch, and the magnetic switch is assembled on the stainless steel tube frame; the detachable wall-mounted lamp can be detachably hung on the stainless steel tube frame, and one end of it has a magnetic component that cooperates with the magnetic switch, and the circuit is turned on and off by different magnetic attraction between the magnetic component and the magnetic switch; the waterproof sealed battery box is connected to the stainless steel tube frame, has a power supply component inside, and is electrically connected to the magnetic switch through a wire to provide working power for the detachable wall-mounted lamp.

[0007] Furthermore, the stainless steel tube frame is welded together from a long stainless steel round tube and a short stainless steel square tube. The long stainless steel round tube has a tapered end structure at the front end and is vertically and fixedly welded to the short stainless steel square tube at the rear end. The short stainless steel square tube has one square hole for mounting a magnetic switch and two round holes for fixing screws. The square hole for mounting the magnetic switch is used to mount the magnetic switch, and the round holes for fixing screws are used to fix the magnetic switch.

[0008] Furthermore, the detachable wall-mounted light includes LED beads, a stainless steel spring hook, an insulated wire, and a movable magnetic sheet. The front end of the stainless steel spring hook is welded to the negative electrode of the LED bead, and the rear end is bent to form a U-shaped hook. The U-shaped hook enables the detachable wall-mounted light to be hung on the stainless steel tube frame. The insulated wire is a copper core rubber-insulated thin wire, with its front end welded to the positive electrode of the LED bead and its rear end welded to the N-pole surface of the movable magnetic sheet. The insulated wire is arranged parallel to the stainless steel spring hook and is glued and fixed to the end of the U-shaped hook.

[0009] Furthermore, the magnetic switch includes a plastic plate, a magnetic plate one, a magnetic plate two, and a power cord. The plastic plate is assembled to the magnetic switch mounting square hole of the stainless steel tube frame by fixing screws. Magnetic plate one and magnetic plate two are embedded side by side on the plastic plate, and the N poles of both face outward. One end of the power cord is welded to the S pole surface of magnetic plate one, and the other end is electrically connected to the waterproof sealed battery box.

[0010] Furthermore, the waterproof sealed battery box includes a sealing cap, a foamed silicone plug, and a grounding spring wire. The tail end of the short stainless steel square tube is provided with an internal square post, and a protrusion is provided around the internal square post. A battery compartment is provided inside the internal square post, and a button battery is installed in the battery compartment. A small spring is provided at the bottom of the battery compartment. One end of the grounding spring wire is connected to the small spring, and the other end extends to the outside of the internal square post and overlaps with the short stainless steel square tube. A foamed silicone plug is provided at the opening end of the battery compartment to seal the opening of the battery compartment. One end of the power cord of the waterproof sealed battery box passes through the center of the foamed silicone plug to form a contact point, and the contact point abuts against the positive terminal of the button battery in the battery compartment. The other end of the power cord is electrically connected to a magnetic switch.

[0011] Furthermore, when the detachable wall-mounted lamp is attached to the stainless steel tube frame, the stainless steel spring hook contacts the stainless steel tube frame, achieving grounding connection of the negative terminal of the LED lamp bead; when the movable magnetic sheet and magnetic sheet one are attracted together, the waterproof sealed battery box, magnetic sheet switch, and detachable wall-mounted lamp form a closed circuit, and the LED lamp bead lights up; when the movable magnetic sheet and magnetic sheet two are attracted together, the circuit is broken, and the LED lamp bead turns off.

[0012] Furthermore, the end of the long stainless steel tube has an arc-shaped transition design.

[0013] Furthermore, the leads of the LED beads and each solder joint are all protected by wrapping them with plastic putty.

[0014] The beneficial effects of this utility model are: This utility model's detachable wall-mounted lamp adopts a separate hanging design, which can be removed and stored separately after use to avoid moisture damage when disinfected with the main body; the LED lamp bead leads and solder joints are wrapped with plastic steel putty to effectively isolate the corrosion of slime and disinfectant water, greatly extending the service life of the light source; and when the light source is damaged, only the wall-mounted lamp needs to be replaced, without disassembling the entire device, reducing maintenance costs and operation difficulty. The magnetic sheet switch of this utility model controls the on / off state of the circuit through magnetic attraction, with no exposed metal contacts, thus avoiding the failure problem of traditional switches caused by corrosion and oxidation; magnetic sheet one and magnetic sheet two are embedded in a plastic plate, maintaining a safe distance from conductive parts to prevent short circuits, ensuring that the switch can work stably for a long time in humid and acidic / alkaline environments, and improving the overall reliability of the device. The waterproof battery box of this utility model uses foamed silicone to tightly seal the opening of the battery compartment, and with the sealing cap for double protection, it effectively prevents disinfectant and mucus from seeping in, avoiding battery short circuits and leakage; the grounding spring wire is directly connected to the stainless steel tube frame to form a negative circuit, eliminating the need for additional wiring, simplifying the circuit structure, reducing fault points, and ensuring stable power supply. The modular design of each component of this utility model not only facilitates individual cleaning, disinfection, and replacement, reducing the overall scrap rate of instruments, but also features a simple structure, convenient assembly, and controllable manufacturing costs. It meets the requirements of precision and convenience in veterinary clinical operations, as well as the cost-effectiveness requirements of instruments in aquaculture scenarios, and has broad application value. Attached Figure Description

[0015] Figure 1 This is a schematic diagram of the overall structure of this utility model; Figure 2 This is a schematic diagram of the stainless steel pipe frame structure of this utility model; Figure 3 This is a schematic diagram of the detachable wall-mounted lamp structure of this utility model; Figure 4This is a schematic diagram of the magnetic sheet switch structure of this utility model; Figure 5 This is a schematic diagram of the waterproof sealing battery box structure of this utility model.

[0016] In the diagram: 1. Stainless steel tube frame; 101. Long stainless steel round tube; 102. Short stainless steel square tube; 103. End cap; 104. Square hole for magnetic switch mounting; 105. Round screw hole; 2. Detachable wall lamp; 201. Stainless steel spring hook; 202. U-shaped hook; 203. Insulated wire; 204. LED bead; 205. Movable magnetic sheet; 3. Magnetic switch; 301. Plastic plate; 302. Magnetic sheet one; 303. Magnetic sheet two; 4. Waterproof sealed battery box; 401. Power cord; 402. Internal square column; 403. Contact point; 404. Foamed silicone plug; 405. Battery compartment; 406. Grounding spring wire; 407. Protrusion; 408. Sealing cap; 409. Small spring; 410. Button battery; 5. Fixing screw. Detailed Implementation

[0017] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0018] Please see Figure 1-5 This utility model provides a technical solution for a combined vaginal decanter: Example

[0019] Please see Figure 1 This utility model provides a combined vaginal opening device designed to solve the problems of traditional tubular vaginal opening devices, such as easy damage to the light source, easy corrosion of the switch, and inconvenience in cleaning and disinfection. The device consists of a stainless steel tube frame 1, a detachable wall-mounted lamp 2, a magnetic switch 3, and a waterproof battery box 4. Each component is modularly designed to achieve functional synergy and independent assembly / disassembly, ensuring practicality for veterinary procedures and extending the overall lifespan of the instrument. The stainless steel tube frame 1 serves as the main support for the entire vaginal opening device, providing a stable mounting base for other components. The detachable wall-mounted lamp 2 provides the light source and can be removed for individual handling. The magnetic switch 3 controls the circuit's on / off state to avoid corrosion problems associated with traditional metal contacts. The waterproof battery box 4 provides power to the entire device and is waterproof. These four components work together to form a complete vaginal opening and exploration system.

[0020] like Figure 2As shown, the stainless steel tube frame 1 is formed by welding a long stainless steel round tube 101 and a short stainless steel square tube 102. The smooth surface of the long stainless steel round tube 101 reduces friction and stimulation to the animal's vagina, while the regular shape of the short stainless steel square tube 102 provides a stable mounting surface for the magnetic switch 3. The long stainless steel round tube 101 has a tapered end 103 at its front end, which adopts an arc-shaped transition design. Compared with the right-angle tapered end 103 of the traditional vaginal speculum, the arc-shaped transition can effectively avoid scratching damage to the animal's vaginal mucosa during insertion, reduce the animal's stress response during operation, and improve operation safety. The rear end of the long stainless steel round tube 101 is vertically fixed to the short stainless steel square tube 102 by welding, ensuring that the connection strength is sufficient to withstand the external force in daily use. The short stainless steel square tube 102 has a magnetic switch mounting square hole 104 and a fixing screw round hole 105. The magnetic switch mounting square hole 104 is used to embed the plastic plate 301 of the magnetic switch 3. The fixing screw round hole 105 uses fixing screws 5 to tightly lock the plastic plate 301 onto the short stainless steel square tube 102, preventing the magnetic switch 3 from shifting during veterinary hand operation or cleaning, and ensuring the stability of circuit control.

[0021] The detachable wall-mounted light 2, as the core light source component of the vaginal opener, adopts a detachable hanging design. The light source and the main body are quickly separated through mechanical hanging, so that they can be cleaned, disinfected or replaced separately later, avoiding damage caused by moisture when the light source component is disinfected together with the main body. The specific structure is shown in Figure 3, including LED beads 204, stainless steel spring hooks 201, insulated wires 203, and movable magnetic pieces 205. During assembly, the front end of the stainless steel spring hook 201 is first connected to the negative terminal of the LED beads 204, and the rear end is bent to form a U-shaped hook 202 that fits the diameter of the stainless steel tube frame 1. The entire detachable wall lamp 2 can be directly hung on the long stainless steel round tube 101 of the stainless steel tube frame 1 through the U-shaped hook 202. At this time, the stainless steel spring hook 201 is in direct contact with the stainless steel tube frame 1. With the help of the conductivity of stainless steel, the negative terminal of the LED beads 204 is grounded, eliminating the need for additional negative wires, greatly simplifying the circuit structure, and reducing the risk of failure caused by exposed wires. Then, the movable magnetic pieces 205 are slidably fitted onto the outer wall of the short stainless steel square tube 102. The insulated wire 203 is made of copper-core, rubber-insulated fine wire. The copper core ensures efficient current transmission, while the outer rubber layer provides insulation protection, preventing current leakage or short circuits. The front end of the insulated wire 203 is soldered to the positive terminal of the LED bead 204, and the rear end is soldered to the N-pole of the movable magnetic plate 205. The insulated wire 203 is parallel to the stainless steel elastic hook 201 and is glued and fixed to the end of the U-shaped hook 202, preventing the wire from separating or tangling during use and ensuring the stability of the circuit connection. Furthermore, the leads and solder joints of the LED bead 204 are protected with plastic putty. Plastic putty has excellent waterproof and corrosion-resistant properties, effectively preventing direct contact between animal vaginal mucus and the leads and solder joints, solving the problem of traditional LED beads 204 having a lifespan of only a few days due to mucus corrosion.

[0022] The magnetic sheet switch 3 adopts a magnetic attraction structure, utilizing the interaction between magnetic poles to connect and disconnect the circuit. This avoids the corrosion problem of traditional rocker switches or self-locking push-button switches' metal contacts being exposed to humid, acidic, or alkaline environments, thus improving the switch's durability. Figure 4As shown, the magnetic switch 3 includes a plastic plate 301, a first magnetic plate 302, a second magnetic plate 303, and a power cord 401. During installation, the plastic plate 301 is first embedded into the magnetic switch mounting square hole 104 of the short stainless steel square tube 102. Then, the plastic plate 301 is tightly fixed by passing the fixing screw 5 through the fixing screw round hole 105, ensuring that the plastic plate 301 fits snugly against the short stainless steel square tube 102 without gaps, preventing shaking during use. The first magnetic plate 302 and the second magnetic plate 303 are arranged vertically and embedded on the plastic plate 301, with their N poles facing outwards. At the same time, the first magnetic plate 302 and the second magnetic plate 303 maintain a preset distance from the surrounding conductive materials such as the stainless steel tube frame 1 to avoid accidental short circuits due to contact, ensuring circuit safety. One end of the power cord 401 is welded to the S pole of the first magnetic plate 302, and the other end is electrically connected to the waterproof sealed battery box 4, forming a positive current transmission path. The on / off control process is as follows: When the veterinarian needs to illuminate the light source for inspection, the movable magnetic piece 205 of the detachable wall-mounted lamp 2 is pushed towards magnetic piece 302. After the N pole of the movable magnetic piece 205 is attracted to magnetic piece 302, the current flows out from the positive terminal of the waterproof sealed battery box 4, is transmitted to magnetic piece 302 via the power cord 401, and then flows through the movable magnetic piece 205 and the insulated wire 203 to the positive terminal of the LED bead 204. Subsequently, the current flows through the negative terminal of the LED bead 204 and the stainless steel... The spring hook 201, stainless steel tube frame 1, and ground spring wire 406 return to the negative terminal of the waterproof sealed battery box 4, forming a complete closed circuit, and the LED bead 204 lights up accordingly. When the exploration is over and the light source needs to be turned off, the movable magnetic piece 205 is pushed to the second magnetic piece 303. Since the second magnetic piece 303 is not connected to the power line 401, a current path cannot be formed, the circuit is broken, and the LED bead 204 turns off. The entire control process does not require contact with metal contacts, making it convenient to operate and not easily damaged.

[0023] As shown in the figure, the waterproof sealing battery box 4 is the core power supply for the opening device, including components such as a sealing cap 408, a foamed silicone plug 404, a grounding spring wire 406, an internal square post 402, and a battery compartment 405. The side length of the outer end of the sealing cap 408 is consistent with the side length of the short stainless steel square tube 102 of the stainless steel tube frame 1, ensuring a neat appearance and tight fit after assembly. The tail end of the short stainless steel square tube 102 is provided with an internal square post 402, and the battery compartment 405 is set inside the internal square post 402. A button battery 410 can be installed inside 405. To ensure sufficient power supply and meet the voltage requirements of LED beads 204, three 1.5V button batteries 410 are usually selected. A small spring 409 is set at the bottom of the battery compartment 405. One end of the grounding spring wire 406 is connected to the small spring 409, and the other end extends to the outside of the cylinder and overlaps with the wall of the short stainless steel square tube 102 of the stainless steel tube frame 1, forming a return path for the negative current. There is no need to lay out the negative wire, which further simplifies the circuit structure. A foamed silicone plug 404 is provided at the opening end of the battery compartment 405. The outer diameter of the foamed silicone plug 404 is slightly larger than the inner diameter of the battery compartment 405. After being inserted, it can achieve a tight seal, effectively preventing moisture from entering the battery compartment 405 and damaging the battery during the disinfection process. One end of the power cord 401 of the waterproof sealed battery box 4 passes through the center of the foamed silicone plug 404 to form a contact point 403. The contact point 403 abuts against the positive terminal of the button battery 410 inside the battery compartment 405 to ensure stable current output. The other end of the power cord 401 is electrically connected to the magnetic switch 3 to complete the connection of the positive circuit.

[0024] Before operation, the power supply status of the waterproof sealing battery box 4 should be checked. By pushing the movable magnetic piece 205 to engage with the magnetic piece 302, observe whether the LED bead 204 lights up normally. After confirming that the power supply is normal, hang the U-shaped hook 202 of the detachable wall lamp 2 on the long stainless steel round tube 101 of the stainless steel tube frame 1, and adjust the position of the wall lamp so that the LED bead 204 faces the front end 103 of the long stainless steel round tube 101 to ensure that the light source can clearly illuminate the inside of the animal's vagina. Then, holding the short stainless steel square tube 102 of the stainless steel tube frame 1, slowly insert the front end 103 of the long stainless steel round tube 101 into the animal's vagina. The arc-shaped end 103 minimizes irritation to the vaginal mucosa during insertion, reducing animal stress. When it is necessary to observe the vagina or cervix, push the movable magnetic piece 205 to engage with magnetic piece 302, illuminating the LED bead 204. The light source shines through the internal space of the long stainless steel round tube 101 onto the target area, facilitating clear observation and operation by the veterinarian. After use, first push the movable magnetic piece 205 to engage with magnetic piece 303, turn off the LED bead 204, and then remove the detachable wall lamp 2 from the stainless steel tube frame 1 and store it separately in a dry environment to avoid affecting its service life due to moisture. Then, immerse the stainless steel tube frame 1 and the waterproof sealed battery box 4 together in disinfectant solution for disinfection. The waterproof structure of the foamed silicone plug 404 and the sealing cap 408 ensures that water does not enter the battery compartment 405. After disinfection, let it dry before storing for the next use. Example

[0025] Based on Embodiment 1, the outer surface of the inner square column 402 is provided with multiple rings of protrusions 407, and the protrusions 407 are preferably made of rubber or silicone with certain elastic properties, used to hold the inner square column 402 into the short stainless steel square tube 102 to prevent it from falling out. When the brightness of the LED bead 204 decreases significantly or it cannot be lit, it indicates that the battery is depleted. At this time, simply remove the inner square column 402 directly through the sealing cap 408, take out the foamed silicone plug 404, pour out the old battery, insert a new button battery 410, reinsert the foamed silicone plug 404 and screw the inner square column 402 back in to complete the battery replacement. The whole process is simple and requires no professional skills. If the LED bead 204 of the detachable wall lamp 2 is damaged, the entire wall lamp can be replaced directly. Because the wall lamp is an independent modular design, the replacement cost is much lower than replacing the entire opening device, further reducing maintenance costs.

[0026] The above description is only a preferred embodiment of the present utility model and does not limit the present utility model. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present utility model should be included within the protection scope of the present utility model.

Claims

1. A combined vaginal decanter, characterized in that, The system includes a stainless steel tube frame (1), a detachable wall-mounted lamp (2), a magnetic switch (3), and a waterproof sealed battery box (4). The stainless steel tube frame (1) has mounting holes for installing the magnetic switch (3), and the magnetic switch (3) is mounted on the stainless steel tube frame (1). The detachable wall-mounted lamp (2) can be detachably hung on the stainless steel tube frame (1), and one end of it is provided with a magnetic component that cooperates with the magnetic switch (3). The circuit is turned on and off by different magnetic attraction between the magnetic component and the magnetic switch (3). The waterproof sealed battery box (4) is connected to the stainless steel tube frame (1), has a power supply component inside, and is electrically connected to the magnetic switch (3) through a wire to provide working power for the detachable wall-mounted lamp (2).

2. The combined vaginal decanter according to claim 1, characterized in that, The stainless steel tube frame (1) is welded from a long stainless steel round tube (101) and a short stainless steel square tube (102). The long stainless steel round tube (101) has a tapered end (103) structure at the front end and is vertically fixedly welded to the short stainless steel square tube (102) at the rear end. The short stainless steel square tube (102) has one magnetic switch mounting square hole (104) and two fixing screw round holes (105). The magnetic switch mounting square hole (104) is used to install the magnetic switch (3), and the fixing screw round holes (105) are used to fix the magnetic switch (3).

3. The combined vaginal decanter according to claim 1, characterized in that, The detachable wall-mounted lamp (2) includes an LED lamp bead (204), a stainless steel elastic wire hook (201), an insulated wire (203), and a movable magnetic sheet (205). The front end of the stainless steel elastic wire hook (201) is welded to the negative electrode of the LED lamp bead (204), and the rear end is bent to form a U-shaped hook (202). The detachable wall-mounted lamp (2) is connected to the stainless steel tube frame (1) through the U-shaped hook (202). The insulated wire (203) is a copper core rubber-insulated thin wire. Its front end is welded to the positive electrode of the LED lamp bead (204), and its rear end is welded to the N-pole surface of the movable magnetic sheet (205). The insulated wire (203) and the stainless steel elastic wire hook (201) are arranged in parallel and glued to the end of the U-shaped hook (202).

4. A combined vaginal decanter according to claim 1, characterized in that, The magnetic switch (3) includes a plastic plate (301), a magnetic plate one (302), a magnetic plate two (303), and a power cord (401). The plastic plate (301) is assembled into the magnetic switch mounting square hole (104) by fixing screws (5). The magnetic plate one (302) and the magnetic plate two (303) are embedded side by side on the plastic plate (301), and the N poles of both are facing outward. One end of the power cord (401) is welded to the S pole surface of the magnetic plate one (302), and the other end is electrically connected to the waterproof sealed battery box (4).

5. A combined vaginal decanter according to claim 2, characterized in that, The waterproof sealed battery box (4) includes a sealing cap (408), a foamed silicone plug (404), and a grounding spring wire (406). The short stainless steel square tube (102) has an internal square post (402) at its tail end, and a protrusion (407) is provided around the internal square post (402). A battery compartment (405) is provided inside the internal square post (402), and a button battery (410) is installed inside the battery compartment (405). A small spring (409) is provided at the bottom of the battery compartment (405). One end of the grounding spring wire (406) is connected to... The small spring (409) is connected, and the other end extends to the outside of the inner square column (402) and overlaps with the short stainless steel square tube (102). The opening end of the battery compartment (405) is provided with a foamed silicone plug (404) to seal the opening of the battery compartment (405). One end of the power line (401) of the waterproof sealed battery box (4) passes through the center of the foamed silicone plug (404) to form a contact point (403). The contact point (403) abuts against the positive terminal of the button battery (410). The other end of the power line (401) is electrically connected to the magnetic switch (3).

6. A combined vaginal decanter according to any one of claims 1-4, characterized in that, When the detachable wall-mounted lamp (2) is hung with the stainless steel tube frame (1), the stainless steel spring hook (201) contacts the stainless steel tube frame (1) to achieve grounding connection of the negative terminal of the LED lamp bead (204); when the movable magnetic piece (205) is attracted to the magnetic piece one (302), the waterproof sealed battery box (4), the magnetic piece switch (3), and the detachable wall-mounted lamp (2) form a closed circuit, and the LED lamp bead (204) lights up; when the movable magnetic piece (205) is attracted to the magnetic piece two (303), the circuit is broken and the LED lamp bead (204) is turned off.

7. A combined vaginal decanter according to claim 2, characterized in that, The end cap (103) of the long stainless steel tube (101) has an arc-shaped transition design.

8. A combined vaginal decanter according to claim 3, characterized in that, The leads and solder joints of the LED beads (204) are all protected by plastic putty.

Images