Postoperative staylace for gynecological nursing

Abstract

The invention provides a postoperative staylace for gynecologic nursing, which belongs to the technical field of staylace for gynecologic nursing, comprises a belly wrapping fabric block, and is characterized in that three groups of binding modules are arranged on the belly wrapping fabric block at equal intervals, and two sides of each binding module are detachably connected with two sides of the belly wrapping fabric block through connecting pieces; the binding module comprises a binding unit, the binding unit comprises two bandages, and one sides of the two bandages are fixedly connected with a locking piece A and a locking piece B respectively; and the locking unit is arranged on the bandage, the locking unit comprises a locking shell, and a rotating cylinder is arranged in the locking shell. The postoperative staylace for gynecological nursing solves the problems that an existing postoperative staylace for gynecological nursing cannot be detached, the whole staylace needs to be cleaned during cleaning, the service life of the staylace is shortened due to the fact that a magic tape is damaged due to frequent cleaning, the staylace is likely to loosen during binding, manual adjustment is needed, and the staylace is inconvenient to clean. And the use is very inconvenient.

Description

Technical Field

[0001] This invention belongs to the field of gynecological nursing abdominal binder technology, specifically relating to a postoperative abdominal binder for gynecological nursing. Background Technology

[0002] This gynecological care abdominal binder is a professional functional abdominal binder made with superior materials, offering more comprehensive functions and greater ease of use. It is primarily suitable for postpartum mothers and those seeking to shape their bodies. It is also used by mothers who have undergone cesarean sections to protect their wounds in the early postpartum period. This professional and high-quality abdominal binder helps to shrink the abdomen, promotes uterine and birth canal recovery, prevents organ prolapse, facilitates lochia discharge, and reduces residual blood stasis. It is available in vaginal delivery, cesarean delivery, and enhanced versions.

[0003] Most existing postoperative abdominal binders for gynecological care are secured with Velcro, which cannot be removed. This means that the entire binder needs to be washed, which can damage the Velcro and reduce its lifespan. Additionally, the binder may loosen during use, requiring manual adjustment, making it very inconvenient to use. Summary of the Invention

[0004] This invention provides a postoperative abdominal binder for gynecological care, which aims to solve the problems of existing postoperative abdominal binders for gynecological care, which are mostly fixed by Velcro. The Velcro is fixed to the binder and cannot be removed, so the entire binder needs to be washed during cleaning. Frequent washing will damage the Velcro, thereby reducing the lifespan of the binder. In addition, the binder may loosen during the binding period, so it needs to be manually adjusted, which is very inconvenient to use.

[0005] This invention provides a postoperative abdominal binder for gynecological care, comprising an abdominal wrapping fabric block. The binder is characterized in that three sets of binding modules are equidistantly arranged on the abdominal wrapping fabric block, and the two sides of each binding module are detachably connected to the two sides of the abdominal wrapping fabric block via connectors. The restraint module includes: The restraint unit includes two bandages, one side of which is fixed to locking plate A and locking plate B respectively; The locking unit is installed on the bandage. The locking unit includes a locking shell, in which a rotating cylinder is installed. A rotating ring is fixed to the outer wall of the rotating cylinder. An assembly cover is installed inside the rotating cylinder. A coil spring is installed inside the rotating cylinder. One side of the coil spring is fixed to a connecting rod. The connecting rod passes through one side of the coil spring and is fixed to a connecting strip A. The other side of the connecting strip A is fixed to the inner surface of the rotating cylinder. An outer cover is installed at the lower end of the rotating cylinder. A constraint platform is installed inside the outer cover. A constraint port A is reserved on the rotating cylinder to cooperate with the constraint platform. A meshing port A is reserved on the locking plate A. A tooth is reserved on the outer circumference of the rotating ring and meshes with the meshing port A. A meshing port B is reserved on the locking plate B. The rotating ring is located between the locking plate A and the locking plate B. A rotating rod is screwed into the outer casing. A rotating disk is fixed to the outside of the rotating rod. The rotating disk and the lower end of the outer casing are screwed together via a slewing bearing. A spiral beryllium copper wire A is fixed to one side of the rotating rod. A lead screw is fixed to the other side of the spiral beryllium copper wire A. A threaded opening is reserved on the constraint table. The lead screw and the threaded opening are connected by threads. The rotating disc has pre-drilled teeth, and one side of the locking plate B is fixed to the corresponding tooth block. When the rotating cylinder moves downward, and after the constraint table and constraint port A are engaged, the constraint table and outer cover are then pressed downward, and the rotating disc is pulled downward by the outer cover, so that the teeth and tooth blocks mesh.

[0006] Furthermore, the lead screw is screwed to the outside of the bearing seat, the bearing seat is fixed to the inner surface of the outer cover, the bearing seat has a reserved adjustment port, a constraint rod is installed in the adjustment port, the lead screw has a reserved constraint port B, the constraint rod and constraint port B are fitted together, and one side of the constraint rod is fixed to a spiral beryllium copper wire B.

[0007] Furthermore, one side of the constraint rod is fixed to the pressure bar A, one side of the rotating rod is fixed to the connecting bar B, one side of the connecting bar B is fixed to the pressure table, and both sides of the pressure table are skewed structures.

[0008] Furthermore, the outside of the rotating cylinder is screwed to the bearing cylinder via a slewing bearing. The upper end of the bearing cylinder is fixedly connected to the pressure bar B, one side of the bearing cylinder is fixedly connected to the support platform, and the inner surface of the locking shell is fixedly connected to the support rod. The support rod and the support platform are movably connected.

[0009] Furthermore, an assembly piece is fixed to one side of the outer cover, a stable platform is fixed to the inner surface of the locking shell, a guide rod is fixed to the upper end of the stable platform, the guide rod and the assembly piece are slidably connected, and a spiral beryllium copper wire C is clamped to the outer surface of the guide rod, and both sides of the spiral beryllium copper wire C are fixed to the assembly piece and the stable platform.

[0010] Furthermore, the upper end of the locking shell is fixedly connected to the constraint shell, and the constraint shell is fitted with a connecting post. The pressure bar B has a pre-reserved interface A, and the connecting post is fitted into the interface A.

[0011] Furthermore, the insert interface A is provided in pairs, each located on both sides of one side of the compression strip B.

[0012] Furthermore, one side of the interlocking post is fixedly connected to a constraint plate, one side of the constraint plate is fixedly connected to a spiral beryllium copper wire D, and the other side of the spiral beryllium copper wire D is fixedly connected to the constraint shell.

[0013] Furthermore, one side of the bandage is fixed to the insert piece, and one side of the mounting cover has a pre-reserved insertion interface B, in which the insert piece can be movably installed.

[0014] Furthermore, the connector includes a sleeve B fixed to the side of the bandage away from the locking shell and two sets of sleeves A fixed to both sides of the wrapping fabric block. Each set of sleeves A has two sleeves, and sleeve B is located between the two sleeves A. A stud is movably installed in sleeve B. Each side of the stud passes through the two sleeves A. A nut is screwed to one end of the stud that extends out of the lower sleeve A. The outer diameter of the nut and the outer diameter of the stud at the end away from the nut are both larger than the inner diameter of the sleeve A.

[0015] The beneficial effects of this invention are as follows: This invention, through the installation of connecting parts, allows for the disassembly of the abdominal wrapping fabric piece, facilitating its cleaning and preventing damage to parts caused by cleaning the binding strap. Simultaneously, the binding module allows the entire binding strap to be secured to the abdomen. After adjusting the binding strap to the appropriate binding force, this force can be marked. During binding, if the binding strap loosens, it can automatically and immediately adjust back to the marked binding force, thus ensuring the binding effect on the abdomen without requiring the user to constantly monitor the binding force.

[0016] Other features and advantages of the invention will be set forth in the following description, and will be apparent in part from the description, or may be learned by practicing the invention. The objects and other advantages of the invention may be realized and obtained by means of the structures particularly pointed out in the description and the drawings. Attached Figure Description

[0017] The accompanying drawings are provided to further illustrate the invention and form part of the specification. They are used together with the embodiments of the invention to explain the invention and do not constitute a limitation thereof. In the drawings: Figure 1 This is a three-dimensional structural diagram of an embodiment of the present invention; Figure 2 This is an embodiment of the present invention. Figure 1 A magnified structural diagram at point M; Figure 3 This is a schematic diagram of the cross-sectional structure of the locking shell according to an embodiment of the present invention; Figure 4 This is an embodiment of the present invention. Figure 3A magnified structural diagram at point N; Figure 5 This is a schematic diagram of the rotating ring and rotating cylinder structure according to an embodiment of the present invention; Figure 6 This is a schematic diagram of the cross-sectional structure of the rotating cylinder according to an embodiment of the present invention; Figure 7 This is a schematic diagram of the outer casing cross-section structure from below, according to an embodiment of the present invention. Figure 8 This is an embodiment of the present invention. Figure 7 A magnified structural diagram at point P; Figure 9 This is a schematic diagram of the cross-sectional structure of the bearing seat according to an embodiment of the present invention; Reference numerals: 1. Abdominal wrapping fabric block; 2. Restraint module; 3. Connector; 21. Restraint unit; 211. Bandage; 212. Locking plate A; 213. Locking plate B; 22. Locking unit; 221. Locking shell; 2211. Rotating cylinder; 2212. Rotating ring; 2213. Assembly cover; 2214. Coil spring; 2215. Connecting rod; 2216. Connecting strip A; 2217. Outer cover; 2218. Restraint table; 22111. Restraint opening A; 2121. Engaging opening A; 2131. Engaging opening B; 2221. Rotating rod; 2222. Rotating disc; 2223. Spiral beryllium copper wire A; 2224. Lead screw; 22181. Thread end; 2231. Bearing seat; 22311. Variable opening; 2232. Restraint rod; 22241, Constraint port B; 2233, Spiral beryllium copper wire B; 2234, Pressure bar A; 2235, Connecting bar B; 2236, Pressure platform; 2241, Bearing cylinder; 2242, Pressure bar B; 2243, Support platform; 2244, Support rod; 2251, Assembly piece; 2252, Stable platform; 2253, Guide rod; 2254, Spiral beryllium copper wire C; 2261, Constraint shell; 2262, Inserting post; 22421, Inserting interface A; 2263, Constraint piece; 2264, Spiral beryllium copper wire D; 2111, Inserting piece; 22131, Inserting interface B; 31, Sleeve A; 32, Sleeve B; 33, Stud; 34, Nut. Detailed Implementation

[0018] To make the objectives, technical solutions, and advantages of the present invention clearer, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. The same reference numerals in the drawings represent the same components. It should be noted that the described embodiments are only some, not all, of the embodiments of the present invention. All other embodiments obtained by those skilled in the art based on the described embodiments of the present invention without creative effort are within the scope of protection of the present invention.

[0019] See Figure 1 and Figures 3-7 This invention provides a postoperative abdominal binder for gynecological care, comprising an abdominal wrapping fabric block 1, on which three sets of binding modules 2 are equidistantly mounted, and the two sides of each binding module 2 are detachably connected to the two sides of the abdominal wrapping fabric block 1 via connectors 3.

[0020] The installation of connector 3 allows for the disassembly of the abdominal wrapping fabric block 1, facilitating its cleaning and preventing damage to parts during washing. Simultaneously, the installation of the binding module 2 allows the entire binding band to be secured to the abdomen. After adjusting the binding band to the appropriate binding force, a marking is provided for this force. During binding, if the binding band becomes loose, it automatically and immediately adjusts back to the marked binding force, ensuring the binding band's effectiveness on the abdomen without requiring constant monitoring of the binding force.

[0021] The restraint module 2 includes a restraint unit 21, which includes two bandages 211. Each of the two bandages 211 is fixed to a locking piece A212 and a locking piece B213.

[0022] The bandage 211 is used to bind the entire binding bandage to the woman's body. The locking plate A212 and the locking plate B213 are separate and are used to lock the bandage 211 through the cooperation of the locking plate A212 and the locking plate B213.

[0023] The locking unit 22 is mounted on the bandage 211. The locking unit 22 includes a locking housing 221, within which a rotating cylinder 2211 is installed. A rotating ring 2212 is fixed to the outer wall of the rotating cylinder 2211. An assembly cover 2213 is installed inside the rotating cylinder 2211. A coil spring 2214 is installed inside the rotating cylinder 2211. One side of the coil spring 2214 is fixed to a connecting rod 2215. The connecting rod 2215 extends out of one side of the coil spring 2214 and is fixed to a connecting strip A2216. The other side of the connecting strip A2216 is connected to the rotating cylinder 2211. The inner surface of 11 is fixedly connected. The lower end of the rotating cylinder 2211 is equipped with an outer cover 2217. The inner side of the outer cover 2217 is equipped with a constraint platform 2218. The rotating cylinder 2211 has a constraint port A22111 that cooperates with the constraint platform 2218. The locking plate A212 has a biting port A2121. The outer circumferential surface of the rotating ring 2212 has a toothed opening that bites into the biting port A2121. The locking plate B213 has a biting port B2131. The rotating ring 2212 is located between the locking plate A212 and the locking plate B213.

[0024] The constraint port A22111 has several holes arranged in a circular pattern at equal intervals on the outer circumferential surface of the rotating cylinder 2211.

[0025] In use, locking plates A212 and B213 are both fitted into the locking housing 221. At this time, the engagement port A2121 and the rotating ring 2212 are engaged, and the rotating ring 2212 is pulled to rotate. The rotating ring 2212 pulls the rotating cylinder 2211 to rotate. When the rotating cylinder 2211 rotates, the connecting bar A2216 pulls the connecting rod 2215 to rotate, and then the connecting rod 2215 tightens the coil spring 2214. When locking plates A212 and B213 move a certain distance in the locking housing 221, and the restraining unit 21 provides appropriate restraining force, the rotating cylinder 2211 is moved downward, and the rotating cylinder 2211 pulls the rotating ring 2212 downward, causing the rotating ring 2212 to rotate downward. The rotating ring 2212 engages with the engagement port B2131, and the constraint table 2218 engages with the constraint port A22111. Through their cooperation, the rotating cylinder 2211 and the rotating ring 2212 are stopped, preventing them from rotating. This prevents the locking plate A212 and the locking plate B213 from moving outward toward the locking shell 221, thus avoiding insufficient restraint and loosening. It also stops the coil spring 2214 after tightening, preventing the coil spring 2214 from pulling the rotating cylinder 2211 and the rotating ring 2212 to rotate. This prevents the rotating ring 2212 from pulling the locking plate A212 and the locking plate B2133 into the locking shell 221 through the engagement port B2131, thus avoiding excessive restraint.

[0026] During normal use, when the bandage 211 is subjected to traction from various directions, the locking plates A212 and B213 move outward toward the locking housing 221, causing the bandage 211's binding force to decrease and become loose. At this moment, the constraint table 2218 and constraint port A22111 separate, and the constraint on the coil spring 2214 is released. At this moment, the coil spring 2214 pulls the rotating cylinder 2211 and the rotating ring 2212 to rotate. The rotating ring 2212 rotates through the engagement port B2131. The cooperative traction locking plate B213 moves into the locking shell 221, which can re-tighten the bandage 211. After tightening to the initial binding force, the restraint table 2218 and the restraint port A22111 re-engage and restrain the coil spring 2214, preventing the coil spring 2214 from releasing force. This prevents the bandage 211 from having excessive binding force, thus ensuring the binding effect of the bandage 211 on the woman's abdomen. Furthermore, the user does not need to pay attention to the strength of the binding force on the abdomen at all times.

[0027] See Figures 2-9A rotating rod 2221 is screwed into the outer cover 2217. A rotating disk 2222 is fixed to the outside of the rotating rod 2221. The rotating disk 2222 and the lower end of the outer cover 2217 are screwed together via a slewing bearing. A spiral beryllium copper wire A2223 is fixed to one side of the rotating rod 2221. A lead screw 2224 is fixed to the other side of the spiral beryllium copper wire A2223. A threaded opening 22181 is reserved on the constraint table 2218. The lead screw 2224 and the threaded opening 22181 are connected by a thread.

[0028] The rotating disk 2222 has a pre-drilled toothed opening, and one side of the locking piece B213 is fixedly connected to the corresponding toothed block. When the rotating cylinder 2211 moves downward, and after the constraint table 2218 and the constraint opening A22111 are engaged, the constraint table 2218 and the outer cover 2217 are then pressed to move downward, and the rotating disk 2222 is pulled downward by the outer cover 2217, so that the toothed opening and the toothed block mesh.

[0029] When the locking plate B213 moves outward toward the locking shell 221, the rotating disk 2222 is rotated by the cooperation of the toothed jaw and toothed block, and the rotating rod 2221 is rotated by the rotating disk 2222, so that the rotating rod 2221 tightens the spiral beryllium copper wire A2223. When the locking plate B213 moves a certain distance and the binding force of the bandage 211 decreases, the spiral beryllium copper wire A2223 pulls the lead screw 2224 to rotate. The lead screw 2224 is rotated by the cooperation of the lead mouth 22181 to the constraint table 2218, so that the constraint table 2218 and the constraint mouth A22111 can be separated.

[0030] When the locking plate B213 moves into the locking housing 221, the rotating disk 2222 is rotated in the opposite direction by the cooperation of the toothed jaw and the toothed block. The rotating disk 2222 pulls the rotating rod 2221 to rotate, and the rotating rod 2221 provides a reverse torsional action on the spiral beryllium copper wire A2223. When the locking plate B213 moves a certain distance and the binding force of the bandage 211 returns to the initial state, the spiral beryllium copper wire A2223 pulls the lead screw 2224 to rotate, and the constraint table 2218 and the constraint port A22111 are engaged.

[0031] The lead screw 2224 is externally screwed to the bearing seat 2231. The bearing seat 2231 and the inner surface of the outer cover 2217 are fixedly connected. The bearing seat 2231 has a reserved variable port 22311. A constraint rod 2232 is installed in the variable port 22311. The lead screw 2224 has a reserved constraint port B22241. The constraint rod 2232 and the constraint port B22241 are embedded. One side of the constraint rod 2232 is fixedly connected to a spiral beryllium copper wire B2233.

[0032] The constraint port B22241 has several parallel rings arranged on the outside of the lead screw 2224. When the constraint rod 2232 and the constraint port B22241 are engaged, they cooperate to stop the lead screw 2224, preventing the lead screw 2224 from rotating due to the torsional action of the spiral beryllium copper wire A2223. The spiral beryllium copper wire B2233 provides pressure on the constraint rod 2232, making the engagement between the constraint rod 2232 and the constraint port B22241 more secure.

[0033] One side of the constraint rod 2232 is fixed to the pressure bar A2234, one side of the rotating rod 2221 is fixed to the connecting bar B2235, one side of the connecting bar B2235 is fixed to the pressure table 2236, and both sides of the pressure table 2236 are skewed structures.

[0034] The connecting bar B2235 is bent. When the rotating rod 2221 rotates, it will pull the connecting bar B2235 and the pressure table 2236 to rotate together.

[0035] When the locking plate B213 moves a certain distance towards the outside of the locking shell 221, and the binding force of the bandage 211 becomes too small, the rotating rod 2221 pulls the pressure table 2236 to rotate one revolution, and makes its tilted wall touch the pressure bar A2234, and presses the pressure bar A2234 to move. The pressure bar A2234 pulls the constraint rod 2232 to move, which can separate the constraint rod 2232 from the constraint port B22241 and release the constraint on the screw 2224. At this time, the screw 2224 can be pulled to rotate by the spiral beryllium copper wire A2223.

[0036] When the locking plate B213 moves into the locking housing 221 and the binding force of the bandage 211 returns to the initial state, the rotating rod 2221 pulls the pressure table 2236 to rotate one revolution in the opposite direction, and its other side of the inclined wall touches the pressure bar A2234, and presses the pressure bar A2234 to move again, so that the constraint rod 2232 and the constraint port B22241 separate. At this time, the screw 2224 can be rotated by the spiral beryllium copper wire A2223.

[0037] The outside of the rotating cylinder 2211 is connected to the bearing cylinder 2241 via a slewing bearing. The upper end of the bearing cylinder 2241 is fixedly connected to the pressure bar B2242. One side of the bearing cylinder 2241 is fixedly connected to the support platform 2243. The inner surface of the locking shell 221 is fixedly connected to the support rod 2244. The support rod 2244 and the support platform 2243 are movably connected.

[0038] The support rod 2244 and the support table 2243 work together to support the support cylinder 2241 and rotate the rotating cylinder 2211 via the support cylinder 2241. The pressure bar B2242 allows the operator to press the rotating cylinder 2211 to move downward.

[0039] One side of the outer cover 2217 is fixedly connected to the assembly piece 2251. The inner surface of the locking shell 221 is fixedly connected to the stabilizing platform 2252. The upper end of the stabilizing platform 2252 is fixedly connected to the guide rod 2253. The guide rod 2253 and the assembly piece 2251 are slidably connected. The outer surface of the guide rod 2253 is clamped with a spiral beryllium copper wire C2254. Both sides of the spiral beryllium copper wire C2254 are fixedly connected to the assembly piece 2251 and the stabilizing platform 2252.

[0040] The guide rod 2253 and the assembly piece 2251 work together to support the outer cover 2217, and the spiral beryllium copper wire C2254 provides an upward pushing force to the assembly piece 2251.

[0041] See Figures 1-9 The upper end of the locking shell 221 is fixedly connected to the constraint shell 2261. The constraint shell 2261 is fitted with the fitting post 2262. The pressure strip B2242 has a reserved fitting interface A22421, and the fitting post 2262 is fitted into the fitting interface A22421.

[0042] Through the cooperation of the insert post 2262 and the insert interface A22421, the position of the pressure bar B2242 is stopped, and the position of the rotating cylinder 2211 is stopped.

[0043] The insert interface A22421 is provided in pairs, each located on both sides of one side of the compression strip B2242.

[0044] By installing a pair of insert interfaces A22421, the rotating cylinder 2211 can be stopped in both vertical directions.

[0045] One side of the insert post 2262 is fixedly connected to the constraint piece 2263, one side of the constraint piece 2263 is fixedly connected to the spiral beryllium copper wire D2264, and the other side of the spiral beryllium copper wire D2264 is fixedly connected to the constraint shell 2261.

[0046] The spiral beryllium copper wire D2264 is used to provide traction for the constraint piece 2263, and the constraint piece 2263 pulls the insert post 2262 to move, thereby making the insert post 2262 and the insert interface A22421 more firmly connected.

[0047] One side of the bandage 211 is fixed to the insert piece 2111, and one side of the mounting cover 2213 has a reserved insert interface B22131, in which the insert piece 2111 is movably installed.

[0048] The interlocking piece 2111 and the interlocking interface B22131 work together to constrain the assembly cover 2213 to prevent the assembly cover 2213 from rotating.

[0049] In use, locking plates A212 and B213 are both fitted into the locking housing 221. At this time, the engagement port A2121 and the rotating ring 2212 are engaged, and the rotating ring 2212 is pulled to rotate. The rotating ring 2212 pulls the rotating cylinder 2211 to rotate. When the rotating cylinder 2211 rotates, the connecting bar A2216 pulls the connecting rod 2215 to rotate, and then the connecting rod 2215 tightens the coil spring 2214. When locking plates A212 and B213 move a certain distance in the locking housing 221, and the restraining unit 21 provides appropriate restraining force, the rotating cylinder 2211 is moved downward, and the rotating cylinder 2211 pulls the rotating ring 2212 downward, causing the rotating ring 2212 to rotate downward. The rotating ring 2212 engages with the engagement port B2131, and the constraint table 2218 engages with the constraint port A22111. Through their cooperation, the rotating cylinder 2211 and the rotating ring 2212 are stopped, preventing them from rotating. This prevents the locking plate A212 and the locking plate B213 from moving outward toward the locking shell 221, thus avoiding insufficient restraint and loosening. It also stops the coil spring 2214 after tightening, preventing the coil spring 2214 from pulling the rotating cylinder 2211 and the rotating ring 2212 to rotate. This prevents the rotating ring 2212 from pulling the locking plate A212 and the locking plate B2133 into the locking shell 221 through the engagement port B2131, thus avoiding excessive restraint.

[0050] During normal use, when the bandage 211 is subjected to traction from various directions, the locking plates A212 and B213 move outward toward the locking housing 221, causing the bandage 211's binding force to decrease and become loose. At this moment, the constraint table 2218 and constraint port A22111 separate, and the constraint on the coil spring 2214 is released. At this moment, the coil spring 2214 pulls the rotating cylinder 2211 and the rotating ring 2212 to rotate. The rotating ring 2212 rotates through the engagement port B2131. The cooperative traction locking plate B213 moves into the locking shell 221, which can re-tighten the bandage 211. After tightening to the initial binding force, the restraint table 2218 and the restraint port A22111 re-engage and restrain the coil spring 2214, preventing the coil spring 2214 from releasing force. This prevents the bandage 211 from having excessive binding force, thus ensuring the binding effect of the bandage 211 on the woman's abdomen. Furthermore, the user does not need to pay attention to the strength of the binding force on the abdomen at all times.

[0051] See Figure 1The connector 3 includes a sleeve B32 fixed to the side of the bandage 211 away from the locking shell 221 and two sets of sleeves A31 fixed to both sides of the wrapping fabric block 1. Each set of sleeves A31 has two sleeves. The sleeve B32 is located between the two sleeves A31. A stud 33 is movably installed in the sleeve B32. The two sides of the stud 33 each pass through the two sleeves A31. The end of the stud 33 that passes through the lower sleeve A31 is screwed to a nut 34. The outer diameter of the nut 34 and the outer diameter of the end of the stud 33 away from the nut 34 are both larger than the inner diameter of the sleeve A31.

[0052] When it is necessary to disassemble and clean the binding fabric block 1, unscrew the nut 34 and pull the stud 33 out from the sleeve A31 and sleeve B32 to disassemble the restraint module 2 and the binding fabric block 1, and then the binding fabric block 1 can be cleaned directly. When it is necessary to assemble the restraint module 2 and the binding fabric block 1, place the sleeve B32 between the two sleeves A31, pass the stud 33 through the sleeves A31 and B32, and finally tighten the nut 34 on the stud 33 to facilitate the disassembly and cleaning of the binding fabric block 1.

[0053] Additionally, it should be noted that the tension self-compensation mechanism works as follows: During initial use, locking plate A212 and locking plate B213 are fitted into locking shell 221, and engagement port A2121 engages with rotating ring 2212, pulling rotating cylinder 2211 to rotate. The coil spring 2214 is tightened through connecting bar A2216 and connecting rod 2215. After adjusting to the appropriate binding force, the rotating cylinder 2211 is pressed down, so that rotating ring 2212 engages with engagement port B2131, and constraint table 2218 engages with constraint port A22111 to stop coil spring 2214. During use, if the bandage 211 becomes loose, the locking plate B213 moves outward. Through the cooperation of the toothed block and the toothed opening of the rotating disk 2222, it pulls the rotating rod 2221 to rotate, tightening the spiral beryllium copper wire A2223. The spiral beryllium copper wire A2223 pulls the lead screw 2224 to rotate, cooperating with the threaded opening 22181 of the constraint table 2218, causing the constraint table 2218 to rotate and separate from the constraint opening A22111, releasing the coil spring 2214. The coil spring 2214 pulls the rotating cylinder 2211 and the rotating ring 2212 to rotate, and through the biting opening B2131, it pulls the locking plate B213 to move inward, re-tightening the bandage 211 to the preset force. Simultaneously, the rotating rod 2221 pulls the connecting bar B2235 and the pressing table 2236 to rotate. The skewed wall of the pressing table 2236 presses the pressing bar A2234. The restraining rod 2232 is pulled apart from the restraining port B22241, allowing the lead screw 2224 to rotate further. After tightening, the spiral beryllium copper wire B2233 presses the restraining rod 2232 to re-embed the restraining port B22241. The stop lead screw 2224 and the restraining table 2218 are re-embedded with the restraining port A22111. The stop coil spring 2214 prevents over-tightening. The spiral beryllium copper wire C2254 provides the upward force of the assembly piece 2251 to ensure that the outer cover 2217 is reset. The spiral beryllium copper wire D2264 pulls the embedding post 2262 to be firmly embedded with the embedding interface A22421, stopping the pressing bar B2242. This process achieves precise compensation through the coordinated operation of various components, ensuring stable restraint force and avoiding manual intervention.

[0054] The foregoing has shown and described the basic principles, main features, and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The embodiments and descriptions in the specification are merely illustrative of the principles of the invention. Various changes and modifications can be made to the invention without departing from its spirit and scope, and all such changes and modifications fall within the scope of the present invention as claimed. The scope of protection of this invention is defined by the appended claims and their equivalents.

Claims

1. A postoperative abdominal binder for gynecological care, comprising a piece of wrapping fabric, characterized in that, Three sets of binding modules are equidistantly installed on the belly wrap fabric block, and the two sides of each binding module are detachably connected to the two sides of the belly wrap fabric block via connectors. The restraint module includes: The restraint unit includes two bandages, one side of which is fixed to locking plate A and locking plate B respectively; The locking unit is installed on the bandage. The locking unit includes a locking shell, in which a rotating cylinder is installed. A rotating ring is fixed to the outer wall of the rotating cylinder. An assembly cover is installed inside the rotating cylinder. A coil spring is installed inside the rotating cylinder. One side of the coil spring is fixed to a connecting rod. The connecting rod passes through one side of the coil spring and is fixed to a connecting strip A. The other side of the connecting strip A is fixed to the inner surface of the rotating cylinder. An outer cover is installed at the lower end of the rotating cylinder. A constraint platform is installed inside the outer cover. A constraint port A is reserved on the rotating cylinder to cooperate with the constraint platform. A meshing port A is reserved on the locking plate A. A tooth is reserved on the outer circumference of the rotating ring and meshes with the meshing port A. A meshing port B is reserved on the locking plate B. The rotating ring is located between the locking plate A and the locking plate B. A rotating rod is screwed into the outer casing. A rotating disk is fixed to the outside of the rotating rod. The rotating disk and the lower end of the outer casing are screwed together via a slewing bearing. A spiral beryllium copper wire A is fixed to one side of the rotating rod. A lead screw is fixed to the other side of the spiral beryllium copper wire A. A threaded opening is reserved on the constraint table. The lead screw and the threaded opening are connected by threads. The rotating disc has pre-drilled teeth, and one side of the locking plate B is fixed to the corresponding tooth block. When the rotating cylinder moves downward, and after the constraint table and constraint port A are engaged, the constraint table and outer cover are pressed downward, and the rotating disc is pulled downward by the outer cover, so that the teeth and tooth blocks mesh. The lead screw is screwed to the bearing seat, the bearing seat is fixed to the inner surface of the outer cover, the bearing seat has a reserved adjustment port, a constraint rod is installed in the adjustment port, the lead screw has a reserved constraint port B, the constraint rod and constraint port B are fitted together, and one side of the constraint rod is fixed to a spiral beryllium copper wire B. One side of the constraint bar is fixed to the pressure bar A, one side of the rotating bar is fixed to the connecting bar B, one side of the connecting bar B is fixed to the pressure table, and both sides of the pressure table are skewed structures. The outside of the rotating cylinder is screwed to the bearing cylinder via a slewing bearing. The upper end of the bearing cylinder is fixedly connected to the pressure bar B. One side of the bearing cylinder is fixedly connected to the support platform. The inner surface of the locking shell is fixedly connected to the support rod. The support rod and the support platform are movably connected. One side of the outer cover is fixed to the assembly piece, and the inner surface of the locking shell is fixed to the stable platform. The upper end of the stable platform is fixed to the guide rod, which is slidably connected to the assembly piece. The outer surface of the guide rod is clamped with a spiral beryllium copper wire C, and both sides of the spiral beryllium copper wire C are fixed to the assembly piece and the stable platform.

2. The postoperative abdominal binder for gynecological care according to claim 1, characterized in that: The upper end of the locking shell is fixed to the constraint shell, and the constraint shell is fitted with a connecting post. The pressure bar B has a pre-reserved interface A, and the connecting post is fitted into the interface A.

3. A postoperative abdominal binder for gynecological care according to claim 2, characterized in that: The insert A has a pair, each located on either side of the compression strip B.

4. A postoperative abdominal binder for gynecological care according to claim 2 or 3, characterized in that: One side of the interlocking post is fixed to a constraint plate, one side of the constraint plate is fixed to a spiral beryllium copper wire D, and the other side of the spiral beryllium copper wire D is fixed to the constraint shell.

5. A postoperative abdominal binder for gynecological care according to claim 4, characterized in that: One side of the bandage is fixed to the insert piece, and one side of the mounting cover has a pre-reserved insertion interface B, in which the insert piece can be movably installed.

6. A postoperative abdominal binder for gynecological care according to claim 5, characterized in that: The connector includes a sleeve B fixed to the side of the bandage away from the locking shell and two sets of sleeves A fixed to both sides of the wrapping fabric block. Each set of sleeves A has two sleeves. Sleeve B is located between the two sleeves A. A stud is movably installed in sleeve B. Each side of the stud passes through two sleeves A. The end of the stud that extends out of the lower sleeve A is screwed with a nut. The outer diameter of the nut and the outer diameter of the stud at the end away from the nut are both larger than the inner diameter of the sleeve A.

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