Urinary incontinence treatment rehabilitation instrument and urine collecting device with same

Abstract

The invention relates to a urinary incontinence treatment rehabilitation instrument and a urine collecting device with the same, the urinary incontinence treatment rehabilitation instrument comprises a power generator, a wire and an electrode patch, the electrode patch is electrically connected with the power generator through the wire, and underpants in the urine collecting device comprise an underpants rear piece and an underpants front piece. The bottom of the underpants rear piece is fixedly connected with the bottom of the underpants front piece, the left side and the right side of the top end of the underpants rear piece extend forwards to form connecting belts, and the ends of the connecting belts are connected with the top end of the underpants front piece through hook-and-loop fasteners. A medical film is arranged on the periphery of the urine outlet hole in the face, facing the human body, of the underpants front piece; a urine receiving opening, a urine receiving cavity and a urine outlet on the urine receiver are communicated in sequence; urine storage tubes in the urine collection bag are sequentially folded and fixedly placed from top to bottom; the urine receiving device is fixedly connected to the underpants front piece of the underpants and located on the face, back to the human body, of the underpants front piece, and the urine outlet hole in the underpants is connected with the urine receiving opening in the urine receiving device. The food packaging box is more sanitary and safer.

Description

Technical Field

[0001] The invention relates to the technical field of medical devices, in particular to a urinary incontinence treatment rehabilitation apparatus and a urine collecting device with the rehabilitation apparatus. Background Art

[0002] For patients with urinary incontinence, urine will involuntarily leak through the urethra, causing trouble in the patients' lives. Therefore, during rehabilitation training, patients often use a urine collector to avoid leaking urine before recovery. For example, China's authorization announcement CN 203138789 U discloses a flushing type closed urine collector, the urine collector has a complex structure, and the urine collector is in direct contact with the human body, which is unsanitary, and the urine cannot be evenly stored during collection and storage. There is also the problem of inconvenience in pouring urine from the urine collector. At present, there is no urinary incontinence rehabilitation device that can simultaneously perform muscle exercises on patients while collecting urine. Summary of the invention

[0003] The purpose of the present invention is to overcome the above-mentioned problems of the prior art and to provide a urinary incontinence treatment rehabilitation instrument and a urine collection device with the rehabilitation instrument which has a reasonable and simple structure, is convenient to use and is more comfortable to use.

[0004] The present invention provides the following technical solution: a urinary incontinence treatment and rehabilitation device, characterized in that: it comprises a power generator, a wire, and an electrode patch, wherein the electrode patch is electrically connected to the power generator via the wire; The power generator is provided with a current control module, a fault power-off mode module, a power module, an electromyogram display module, and a storage module. The current control module, the fault power-off mode module, and the storage module are all connected to the power module, and the storage module is connected to the current control module; one end of the wire is connected to the current control module, and the other end is connected to the electrode patch; the current control module is connected to the electromyogram display module, the power module provides power for the electromyogram display module, the electrode patch captures the patient's muscle electrical activity and transmits it to the current control module, the current control module feeds back the patient's muscle electrical activity through the storage module for storage, and displays it through the electromyogram display module to form an electromyogram; The power generator transmits current to the electrode patch through the power module, the current control module, and the wire. The electrode patch is attached to the skin or tissue to ensure that the current is effectively transmitted to the skin or tissue to generate the necessary electrical stimulation; At the same time, the current control module can set the treatment frequency, intensity, and time to achieve the frequency, intensity, and time control of electrical stimulation. The wire plays a role in signal transmission and is used to transmit control signals to adjust the current intensity, frequency, and time. The fault power-off mode module is connected to the current control module, the power module, the electromyography display module, and the storage module. The fault power-off mode module is used to determine whether the urinary incontinence treatment and rehabilitation device has a fault, and when a fault occurs, a power-off operation is performed.

[0005] The wire is selected to ensure that no short circuit or overload occurs during use; The electrode patch is directly attached to the skin surface when in use, and is usually fixed with an anti-allergic adhesive material; The electrode patch is provided with a card slot on the side facing away from the patient's skin, and a card body is provided at one end of the wire connected to the electrode patch, and the card body is stuck in the card slot to achieve a detachable snap-on connection between the wire and the electrode patch; The storage module is a built-in storage card.

[0006] The urinary incontinence treatment and rehabilitation device is also provided with a basic information module, a treatment exercise module, and a call reminder function module; The basic information module is connected to the current control module, the electromyography display module, and the storage module, and is used to set the basic information of the patient including name, age, gender, exercise and rehabilitation information and store it in the storage module, and can be displayed by the electromyography display module; The therapeutic exercise module stores preset therapeutic frequency, intensity, and time. The therapeutic exercise module is connected to the current control module, and the therapeutic frequency, intensity, and time of the electrode patch can be controlled by the current control module. The call reminder function module is connected to the power module and the current control module. The power module provides power for the call reminder function module. The current control module is preset with treatment frequency, intensity, and time thresholds. The current control module starts calling and reminding based on the frequency, intensity, and time information fed back by the electrode patch. When any one or more of the frequency, intensity, and time information exceeds the threshold, the call reminder function module starts calling and reminding.

[0007] A urine collecting device for treating urinary incontinence, the above-mentioned urinary incontinence treatment rehabilitation device and urine collecting device, the urine collecting device comprises underwear, a urine receiver, and a urine collecting bag; The underwear comprises a back piece and a front piece, the bottom of the back piece is fixedly connected to the bottom of the front piece, the left and right sides of the top of the back piece extend forward to form a connecting belt, and the ends of the connecting belt are connected to the top of the front piece with Velcro; a urine outlet is provided on the front piece, and a medical film is provided around the urine outlet on the side of the front piece facing the human body; The urine receiver is provided with a urine receiving port, a urine receiving cavity and a urine outlet, the urine receiving port, the urine receiving cavity and the urine outlet are connected in sequence, and the space in the urine receiving cavity is in a convex arc shape, and the space of the urine receiving cavity gradually narrows toward the urine outlet; The urine collecting bag comprises urine storage tubes, which are folded and fixed in sequence from top to bottom, and the lengths of the urine storage tubes in each layer are the same or different; the opening of the urine storage tube in the uppermost layer is a urine inlet, and the opening of the urine storage tube in the lowermost layer is a urine outlet; The urine collector is fixedly connected to the front piece of the underwear, and the urine collector is located on the side of the front piece of the underwear facing away from the human body, and the urine outlet on the underwear is connected to the urine receiving port on the urine collector; The urine outlet on the urine receiver is connected to the urine storage tube inlet on the urine collection bag through the urinary catheter; the urine storage tube is connected to the urine discharge tube, and a switch valve is provided at the connection between the urine discharge tube and the urine storage tube; The power generator is detachably fixed on the underwear.

[0008] The end of the connecting belt is provided with a male Velcro, and the top of the front piece of the underwear is provided with a female Velcro, and the male Velcro and the female Velcro are adhesively linked.

[0009] When the lengths of the urine storage tubes in each layer are different, the lengths of the urine storage tubes in the uppermost layer gradually shorten toward the lengths of the urine storage tubes in the lowermost layer.

[0010] A female Velcro is arranged on the outside of the urine collecting bag, and a male Velcro is arranged near the outlet of the urine discharge tube. The urine discharge tube can be hung on the urine collecting bag through the male Velcro and the female Velcro.

[0011] The urine collecting bag is provided with a first binding piece and a second binding piece on both sides, respectively. The first binding piece is provided with a male Velcro, and the second binding piece is provided with a female Velcro; or, the first binding piece is provided with a female Velcro, and the second binding piece is provided with a male Velcro.

[0012] A method for collecting urine comprises the following steps: 1. Wear a urine collection device first, specifically: Step S1, wrap the corresponding part of the patient's lower body with the back piece and the front piece of the underwear, connect the end of the top connecting belt of the back piece of the underwear with the top of the front piece of the underwear with Velcro, and complete the wearing of the underwear. At this time, the medical film on the front piece of the underwear is in contact with the patient's body; Step S2, the urine collector is fixedly connected to the front piece of the underwear, and the urine collector is located on the side of the front piece of the underwear facing away from the human body, and the urine outlet on the underwear is connected to the urine receiving port on the urine collector; Step S3, connecting the urine outlet on the urine receiver to the inlet of the urine storage tube on the urine collection bag through the urinary catheter; the urine storage tube is connected to a urination tube, and a switch valve is provided at the connection between the urination tube and the urine storage tube; Step S4, when the patient urinates, the urine flows into the urine receiving cavity in the urine receiver through the urine outlet on the front piece of the underwear and the urine receiving port on the urine receiver, and flows into the urine storage tubes folded and fixedly placed from top to bottom through the urine outlet, the urinary catheter, and the inlet of the urine storage tube, and flows from the uppermost urine storage tube to the lowermost urine storage tube. The urine is stored in the urine storage tubes folded and fixedly placed from top to bottom, so that the urine is more evenly distributed in the urine collection bag; Step S5, when the urine in the urine collecting bag needs to be discharged, align the outlet of the urine discharge tube with the place where urination is required, then open the switch valve, and the urine stored in the urine storage tube is discharged from the urine discharge tube. After the urine is discharged, close the switch valve, and the urine collecting bag can store urine again.

[0013] (ii) Using the urinary incontinence treatment rehabilitation device, specifically, includes the following steps: Step 1: The patient lies down and relaxes to ensure that the body is in a comfortable state; Step 2: Electrode placement: Electrode placement is done around the patient’s pelvic floor muscles to non-invasively monitor muscle activity, usually around the vagina or anus, depending on the patient’s gender and specific circumstances. Step 3: Set parameters: The therapist sets the frequency, intensity and treatment time of electrical stimulation through the current control module. The intensity is set to be low at the beginning and gradually increase; Step 4. Start treatment: The therapist starts the device, and the patient will feel slight muscle contraction. When the pelvic floor muscles contract, the muscle cells will generate electrical activity, which will be captured by the electrode stickers and transmitted to the current control module through the wires. It will be displayed by the electromyography display module and recorded by the storage module to form an electromyogram. These graphs can display muscle information including contraction intensity, frequency and duration.

[0014] The treatment process of using the urinary incontinence treatment rehabilitation device lasts 15-30 minutes, depending on the patient's tolerance; Frequency of treatment with urinary incontinence treatment rehabilitation device: 2-3 times a week for several weeks to observe the effect.

[0015] In step 3, the frequency is set to: Initial treatment mode: Choose a low frequency of 1-10 Hz to help patients adapt to electrical stimulation and promote basic muscle strength and endurance; each treatment lasts 15-30 minutes, 2-3 times a week; Mid-term treatment mode: As the patient adapts, gradually increase the frequency to 20-50 Hz to enhance muscle strength training; the frequency can be adjusted based on the patient's feedback and the therapist's assessment; Long-term maintenance training mode: After the patient's strength and function improve, regular training is performed at a medium frequency of 20-30 Hz to maintain muscle strength and endurance.

[0016] In step 2, a pair of surface electrodes are placed at the base of the penis, where the penis and scrotum meet, to effectively stimulate the pelvic floor muscles; another pair of electrodes are placed on both sides of the scrotum to enhance the stimulation of the pelvic floor muscles; In step 4, during the electrical stimulation treatment, the electromyography monitors the muscle's response to the electric current in real time, helping the therapist adjust the stimulation parameters including frequency and intensity to optimize the treatment effect.

[0017] The present invention has a reasonable structure and is easy to use, and provides a urinary incontinence treatment rehabilitation instrument and a urine collection device with urinary incontinence treatment that is matched with the urinary incontinence treatment rehabilitation instrument. The urinary incontinence treatment rehabilitation instrument includes a power generator (including a current control module, a fault power-off mode module, a power module, an electromyography display module, and a storage module), a wire (current conduction: the wire connects the power module and the electrode patch to ensure that the current is effectively conducted to the skin or tissue to generate the necessary electrical stimulation; signal transmission: the wire can also be used to transmit control signals to adjust the current intensity and frequency; safety protection: the wire can be selected with high-quality wires to ensure that there will be no short circuit or overload during use, protecting the safety of the equipment and the patient), and an electrode patch (the surface electrode (external electrode) of the electrode patch is directly attached to the skin surface and can be fixed with an anti-sensitive adhesive material. During design, a card slot is provided on the side of the electrode patch that faces away from the patient's skin, and a card body is provided at one end of the wire connected to the electrode patch, and the card body is stuck in the card slot to realize a detachable snap-on connection between the wire and the electrode patch. The snap-on design allows the electrode patch to be replaced at any time).

[0018] The urinary incontinence treatment and rehabilitation device can be used to treat urinary incontinence after the symptoms of urinary incontinence appear, and the urinary incontinence treatment and rehabilitation device can also be used to prevent urinary incontinence when the symptoms of urinary incontinence do not appear.

[0019] For the urine collection device, when in use, the medical film on the front piece of the underwear contacts the patient's body, which improves the patient's comfort. When in use, urine is stored in the urine storage tube that is folded and fixed from top to bottom. The urine in the lower urine storage tube will be stored in the upper urine storage tube only after it is full, so that the urine is more evenly distributed in the urine collection bag. When it is necessary to pour out the urine, open the switch valve, and the urine stored in the urine storage tube will be discharged from the urination tube. After the urine is discharged, close the switch valve.

[0020] When designing the present invention, a female Velcro can be arranged on the outside of the urine collecting bag, and a male Velcro can be arranged near the outlet of the urination tube. The urination tube can be hung on the urine collecting bag through the male Velcro and the female Velcro, so that when the urination tube is not emptying urine, the urination tube is hung on the urine collecting bag, which is more hygienic.

[0021] In summary, the urine collection device and the use method thereof provided by the present invention are more hygienic and safer. At the same time, the structure is relatively simple, and has great market application and promotion value. In addition, the urinary incontinence treatment rehabilitation device and the urine collection device in the present invention can be used separately. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 This is a schematic diagram of the structure of the urinary incontinence treatment rehabilitation device in the present invention. Figure 2 It is a schematic structural diagram of the urine collecting device in the present invention; In the figure: 1 underwear, 1-1 underwear back piece, 1-2 underwear front piece, 1-3 connecting belt, 1-4 male Velcro, 1-5 female Velcro, 1-6 urine outlet, 2 urine receiver, 2-1 urine outlet, 2-2 urine cavity, 2-3 urine outlet, 3 urine collection bag, 3-1 urine storage tube, 4 medical film, 5 catheter, 6 urine discharge tube, 7 first binding sheet, 8 second binding sheet, 100 power generator, 100-1 current control module, 100-2 fault power-off mode module, 101 wire, 102 electrode sticker, 103 power module, 104 electromyography display module, 105 storage module, 106 basic information module, 107 treatment exercise module, 108 call reminder function module. DETAILED DESCRIPTION

[0023] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the accompanying drawings in the embodiments of the present invention.

[0024] like Figure 1 As shown: a urinary incontinence treatment rehabilitation instrument, including a power generator 100, a wire 101, and an electrode patch 102, wherein the electrode patch 102 is electrically connected to the power generator 100 via the wire 101; a current control module 100-1, a fault power-off mode module 100-2, a power module 103, an electromyogram display module 104, and a storage module 105 are arranged on the power generator 100, and the current control module 100-1, the fault power-off mode module 100-2, and the storage module 105 are all connected to the power module 103, and the storage module 105 is connected to the The current control module 100-1 is connected; one end of the wire 101 is connected to the current control module 100-1, and the other end is connected to the electrode patch 102; the current control module 100-1 is connected to the electromyography display module 104, and the power module 103 provides power for the electromyography display module 104. The electrode patch 102 captures the patient's muscle electrical activity and transmits it to the current control module 100-1. The current control module 100-1 feeds back the patient's muscle electrical activity and stores it through the storage module 105, and displays it through the electromyography display module 104 to form an electromyogram.

[0025] The power generator 100 transmits current to the electrode patch 102 through the power module 103, the current control module 100-1, and the wire 101. The electrode patch 102 is attached to the skin or tissue to ensure that the current is effectively transmitted to the skin or tissue to generate the necessary electrical stimulation; at the same time, the current control module 100-1 can set the treatment frequency, intensity, and time to achieve frequency, intensity, and time control of electrical stimulation. The wire 101 plays a signal transmission role and is used to transmit control signals to adjust the current intensity, frequency, and time; the fault power-off mode module 100-2 is connected to the current control module 100-1, the power module 103, the electromyography display module 104, and the storage module 105. The fault power-off mode module 100-2 is used to determine whether the urinary incontinence treatment and rehabilitation device has a fault. When a fault occurs, a power-off operation is performed.

[0026] Preferably, the wire 101 is selected to ensure that there will be no short circuit or overload during use; the electrode patch 102 is directly attached to the skin surface when in use, and is usually fixed with an anti-allergic adhesive material; a card slot is provided on the side of the electrode patch 102 facing away from the patient's skin, and a card body is provided at the end of the wire 101 connected to the electrode patch 102, and the card body is stuck in the card slot to achieve a detachable snap-on connection between the wire 101 and the electrode patch 102; the storage module 105 is a built-in storage card.

[0027] Preferably, the urinary incontinence treatment and rehabilitation device is further provided with a basic information module 106, a treatment exercise module 107, and a call reminder function module 108; Wherein: the basic information module 106 is connected with the current control module 100-1, the electromyogram display module 104, and the storage module 105, and is used to set the basic information of the patient including name, age, gender, exercise and rehabilitation information and store it in the storage module 105, and can be displayed through the electromyogram display module 104; The therapeutic exercise module 107 stores the preset therapeutic frequency, intensity, and time. The therapeutic exercise module 107 is connected to the current control module 100-1, and the therapeutic frequency, intensity, and time of the electrode patch 102 can be controlled by the current control module 100-1. The call reminder function module 108 is connected to the power module 103 and the current control module 100-1. The power module 103 provides power for the call reminder function module 108. The current control module 100-1 has preset treatment frequency, intensity, and time thresholds. The current control module 100-1 is based on the frequency, intensity, and time information fed back by the electrode patch 102. When any one or more of the frequency, intensity, and time information exceeds the threshold, the call reminder function module 108 initiates a call and reminder.

[0028] A urine collecting device matched with a urinary incontinence treatment and rehabilitation instrument comprises underwear 1, a urine collector 2 and a urine collecting bag 3; the underwear 1 comprises an underwear back piece 1-1 and an underwear front piece 1-2, the bottom of the underwear back piece 1-1 is fixedly connected to the bottom of the underwear front piece 1-2, the left and right sides of the top of the underwear back piece 1-1 are extended forward to form a connecting belt 1-3, and the end of the connecting belt 1-3 is connected to the top of the underwear front piece 1-2 by Velcro; a urine outlet 1-6 is opened on the underwear front piece 1-2, and a medical film 4 is arranged around the urine outlet 1-6 on the side of the underwear front piece 1-2 facing the human body.

[0029] The urine receiving device 2 is provided with a urine receiving port 2-1, a urine receiving cavity 2-2 and a urine outlet 2-3, which are connected in sequence, and the space in the urine receiving cavity 2-2 is in a convex arc shape, and the space of the urine receiving cavity 2-2 gradually narrows toward the urine outlet 2-3.

[0030] The urine collecting bag 3 includes urine storage tubes 3-1, which are folded and fixed from top to bottom, and the lengths of the urine storage tubes 3-1 of each layer are the same or different; the opening of the urine storage tubes 3-1 of the uppermost layer is the urine inlet, and the opening of the urine storage tubes 3-1 of the lowermost layer is the urine outlet. When the lengths of the urine storage tubes 3-1 of each layer are different, the length of the urine storage tubes 3-1 of the uppermost layer gradually shortens toward the length of the urine storage tubes 3-1 of the lowermost layer.

[0031] The urine collector 2 is fixedly connected to the front piece 1-2 of the underwear 1, and the urine collector 2 is located on the side of the front piece 1-2 of the underwear facing away from the human body, and the urine outlet 1-6 on the underwear 1 is connected to the urine receiving port 2-1 on the urine collector 2; The urine outlet 2-3 on the urine receiver 2 is connected to the inlet of the urine storage tube 3-1 on the urine collection bag 3 through the urinary catheter 5; the urine storage tube 3-1 is connected to the urine discharge tube 6, and a switch valve is provided at the connection between the urine discharge tube 6 and the urine storage tube 3-1.

[0032] A solenoid valve is provided at the urine outlet 2-1 to control the opening and closing of the urine outlet 2-1; Furthermore, a male Velcro 1-4 is arranged at the end of the connecting belt 1-3, a female Velcro 1-5 is arranged at the top of the front piece 1-2 of the underwear, and the male Velcro 1-4 and the female Velcro 1-5 are adhesively linked.

[0033] A female Velcro is arranged on the outside of the urine collecting bag 3 , and a male Velcro is arranged near the outlet of the urine discharge tube 6 . The urine discharge tube 6 can be hung on the urine collecting bag 3 through the male Velcro and the female Velcro.

[0034] The urine outlet 2-3 on the urine receiver 2 is connected to the inlet of the urine storage tube 3-1 on the urine collection bag 3 through the urinary catheter 5; the urine storage tube 3-1 is connected to the urine discharge tube 6, and a switch valve is provided at the connection between the urine discharge tube 6 and the urine storage tube 3-1; When in use, the power generator 100 is detachably fixed on the underwear 1. For example, the power generator 100 can be detachably fixed on the front piece 1-2 or the back piece 1-1 of the underwear 1 by gluing. For example, a male Velcro is provided on the power generator 100, and a female Velcro is provided on the front piece 1-2 or the back piece 1-1 of the underwear. The power generator 100 is fixed by gluing the male Velcro and the female Velcro.

[0035] To use, follow the steps below: 1. Wear a urine collection device first, specifically: Step S1, wrap the corresponding part of the patient's lower body with the back piece 1-1 and the front piece 1-2 of the underwear, connect the end of the top connecting belt 1-3 of the back piece 1-1 of the underwear with the top of the front piece 1-2 of the underwear with Velcro, and complete the wearing of the underwear. At this time, the medical film 4 on the front piece 1-2 of the underwear is in contact with the patient's body; Step S2, the urine collector 2 is fixedly connected to the front piece 1-2 of the underwear 1, and the urine collector 2 is located on the side of the front piece 1-2 of the underwear facing away from the human body, and the urine outlet hole 1-6 on the underwear 1 is connected to the urine receiving port 2-1 on the urine collector 2; Step S3, the urine outlet 2-3 on the urine collector 2 is connected to the inlet of the urine storage tube 3-1 on the urine collection bag 3 through the urinary catheter 5; the urine storage tube 3-1 is connected to the urine discharge tube 6, and a switch valve is provided at the connection between the urine discharge tube 6 and the urine storage tube 3-1; when in use, the urine collection bag 3 can be tied to the patient's leg through the first tying piece 7 and the second tying piece 8; Step S4, when the patient urinates, the urine flows into the urine receiving cavity 2-2 in the urine receiver 2 through the urine outlet 1-6 on the front piece 1-2 of the underwear and the urine receiving port 2-1 on the urine receiver 2, and flows into the urine storage tube 3-1 which is folded and fixed from top to bottom in sequence through the urine outlet 2-3, the urinary catheter 5, and the inlet of the urine storage tube 3-1, and flows from the uppermost urine storage tube 3-1 to the lowermost urine storage tube 3-1. The urine is stored in the urine storage tube 3-1 which is folded and fixed from top to bottom in sequence, so that the urine is more evenly distributed in the urine collecting bag 3; Step S5, when the urine in the urine collecting bag 3 needs to be discharged, align the outlet of the urine discharge tube 6 with the place where urine needs to be discharged, and then open the switch valve, and the urine stored in the urine storage tube 3-1 is discharged from the urine discharge tube 6. After the urine is discharged, close the switch valve, and the urine collecting bag 3 can store urine again; (ii) Using the urinary incontinence treatment rehabilitation device, specifically, includes the following steps: Step 1: The patient lies down and relaxes to ensure that the body is in a comfortable state; Step 2: Placement of the electrode patch 102: Place the electrode patch 102 on the area where the patient's pelvic floor muscles are located, so as to non-invasively monitor muscle activity, generally around the vagina or anus, depending on the patient's gender and specific circumstances; Step 3, setting parameters: The therapist sets the frequency, intensity and treatment time of electrical stimulation through the current control module 100-1, and sets the intensity to be low at the beginning and gradually increases; Step 4, start treatment: The therapist starts the device, and the patient will feel slight muscle contraction. When the pelvic floor muscles contract, the muscle cells will generate electrical activity, which will be captured by the electrode patch 102 and transmitted to the current control module 100-1 through the wire 101, displayed by the electromyogram display module 104, and recorded by the storage module 105 to form an electromyogram; these graphics can display information including muscle contraction intensity, frequency and duration; Of course, the urinary incontinence treatment rehabilitation apparatus and the urine collection device in this embodiment can be used separately.

[0036] In this embodiment, the treatment process of using the urinary incontinence treatment rehabilitation device lasts for 15-30 minutes, and the specific time depends on the patient's tolerance; the treatment frequency of using the urinary incontinence treatment rehabilitation device is: 2-3 times a week for several weeks to observe the effect.

[0037] In step 3, the frequency is set to: Initial treatment mode: Choose a low frequency of 1-10 Hz to help patients adapt to electrical stimulation and promote basic muscle strength and endurance; each treatment lasts 15-30 minutes, 2-3 times a week; Mid-term treatment mode: As the patient adapts, gradually increase the frequency to 20-50 Hz to enhance muscle strength training; the frequency can be adjusted based on the patient's feedback and the therapist's assessment; Long-term maintenance training mode: After the patient's strength and function improve, regular training is performed at a medium frequency of 20-30 Hz to maintain muscle strength and endurance.

[0038] In step 2, a pair of surface electrode stickers 102 are placed at the base of the penis, i.e., the junction of the penis and the scrotum, to effectively stimulate the pelvic floor muscles; another pair of electrode stickers 102 are placed on both sides of the scrotum to enhance the stimulation effect on the pelvic floor muscles; In step 4, during the electrical stimulation treatment, the electromyography monitors the muscle's response to the electric current in real time, helping the therapist adjust the stimulation parameters including frequency and intensity to optimize the treatment effect.

[0039] The above shows and describes the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A urinary incontinence treatment and rehabilitation device, characterized by: It comprises a power generator (100), a wire (101), and an electrode patch (102), wherein the electrode patch (102) is electrically connected to the power generator (100) via the wire (101); The power generator (100) is provided with a current control module (100-1), a fault power-off mode module (100-2), a power module (103), an electromyogram display module (104), and a storage module (105); the current control module (100-1), the fault power-off mode module (100-2), and the storage module (105) are all connected to the power module (103); the storage module (105) is connected to the current control module (100-1); one end of the wire (101) is connected to the current control module ( The first end of the current control module (100-1) is connected to the electrode patch (100-1), and the other end is connected to the electrode patch (102); the current control module (100-1) is connected to the electromyography display module (104), the power supply module (103) provides power to the electromyography display module (104), the electrode patch (102) captures the patient's muscle electrical activity and transmits it to the current control module (100-1), the current control module (100-1) feeds back the patient's muscle electrical activity and stores it through the storage module (105), and displays it through the electromyography display module (104) to form an electromyogram; The power generator (100) conducts current to the electrode patch (102) via the power module (103), the current control module (100-1), and the wire (101); the electrode patch (102) is attached to the skin or tissue to ensure that the current is effectively conducted to the skin or tissue to generate necessary electrical stimulation; At the same time, the current control module (100-1) can set the treatment frequency, intensity, and time to achieve the frequency, intensity, and time control of electrical stimulation, and the wire (101) plays a role in signal transmission, and is used to transmit control signals to adjust the current intensity, frequency, and time; The fault power-off mode module (100-2) is connected to the current control module (100-1), the power module (103), the electromyogram display module (104), and the storage module (105). The fault power-off mode module (100-2) is used to determine whether the urinary incontinence treatment and rehabilitation device has a fault, and to perform a power-off operation when a fault occurs.

2. The urinary incontinence treatment and rehabilitation device according to claim 1, characterized in that: The wire (101) is selected to ensure that a short circuit or overload will not occur during use; The electrode patch (102) is directly attached to the skin surface when in use, and is usually fixed using an anti-allergic adhesive material; The electrode patch (102) is provided with a card slot on a side facing away from the patient's skin, and a card body is provided at one end of the lead wire (101) connected to the electrode patch (102), the card body being snapped into the card slot to achieve a detachable snap-on connection between the lead wire (101) and the electrode patch (102); The storage module (105) is a built-in storage card.

3. The urinary incontinence treatment and rehabilitation device according to claim 1, characterized in that: The urinary incontinence treatment and rehabilitation device is also provided with a basic information module (106), a treatment exercise module (107), and a call reminder function module (108); The basic information module (106) is connected to the current control module (100-1), the electromyogram display module (104), and the storage module (105), and is used to set the basic information of the patient, including name, age, gender, and exercise and rehabilitation information, and store it in the storage module (105), and can be displayed through the electromyogram display module (104); The therapeutic exercise module (107) stores preset therapeutic frequency, intensity, and time. The therapeutic exercise module (107) is connected to the current control module (100-1), and the therapeutic frequency, intensity, and time of the electrode patch (102) can be controlled through the current control module (100-1); The call reminder function module (108) is connected to the power module (103) and the current control module (100-1); the power module (103) provides power to the call reminder function module (108); the current control module (100-1) has preset treatment frequency, intensity, and time thresholds; the current control module (100-1) starts calling and reminding the call reminder function module (108) based on the frequency, intensity, and time information fed back by the electrode patch (102) when any one or more of the frequency, intensity, and time information exceeds the threshold.

4. A urine collection device for treating urinary incontinence, characterized in that: It comprises the urinary incontinence treatment and rehabilitation device as claimed in claims 1-2 and a urine collecting device, wherein the urine collecting device comprises underwear (1), a urine receiver (2), and a urine collecting bag (3); The underwear (1) comprises an underwear back piece (1-1) and an underwear front piece (1-2), the bottom of the underwear back piece (1-1) is fixedly connected to the bottom of the underwear front piece (1-2), the left and right sides of the top of the underwear back piece (1-1) both extend forward to form a connecting belt (1-3), and the end of the connecting belt (1-3) is connected to the top of the underwear front piece (1-2) by Velcro; the underwear front piece (1-2) is provided with a urine outlet (1-6), and a medical film (4) is provided around the urine outlet (1-6) on the side of the underwear front piece (1-2) facing the human body; The urine receiver (2) is provided with a urine receiving port (2-1), a urine receiving cavity (2-2), and a urine outlet (2-3); the urine receiving port (2-1), the urine receiving cavity (2-2), and the urine outlet (2-3) are connected in sequence, and the space in the urine receiving cavity (2-2) is in a convex arc shape, and the space of the urine receiving cavity (2-2) gradually narrows toward the urine outlet (2-3); The urine collecting bag (3) comprises urine storage tubes (3-1), which are folded and fixed in sequence from top to bottom, and the lengths of the urine storage tubes (3-1) of each layer are the same or different; the opening of the urine storage tubes (3-1) of the uppermost layer is a urine inlet, and the opening of the urine storage tubes (3-1) of the lowermost layer is a urine outlet; The urine collector (2) is fixedly connected to the front piece (1-2) of the underwear (1), and the urine collector (2) is located on the side of the front piece (1-2) of the underwear that faces away from the human body, and the urine outlet (1-6) on the underwear (1) is connected to the urine receiving port (2-1) on the urine collector (2); The urine outlet (2-3) on the urine receiver (2) is connected to the inlet of the urine storage tube (3-1) on the urine collection bag (3) via the urinary catheter (5); the urine storage tube (3-1) is connected to a urination tube (6), and a switch valve is provided at the connection between the urination tube (6) and the urine storage tube (3-1); The power generator (100) is detachably fixed on the underwear (1).

5. The device according to claim 4, characterized in that: The end of the connecting belt (1-3) is provided with a male Velcro (1-4), the top of the underwear front piece (1-2) is provided with a female Velcro (1-5), and the male Velcro (1-4) and the female Velcro (1-5) are adhesively connected; When the lengths of the urine storage tubes (3-1) of each layer are different, the length of the urine storage tubes (3-1) of the uppermost layer gradually shortens toward the length of the urine storage tubes (3-1) of the lowermost layer; The urine outlet (2-1) is provided with a solenoid valve for controlling the opening and closing of the urine outlet (2-1); The urine collecting bag (3) is provided with a female Velcro on the outside, and the urine discharge tube (6) is provided with a male Velcro near the outlet, and the urine discharge tube (6) can be hung on the urine collecting bag (3) through the male Velcro and the female Velcro; The urine collecting bag (3) is provided with a first binding piece (7) and a second binding piece (8) on both sides, respectively; the first binding piece (7) is provided with a male Velcro, and the second binding piece (8) is provided with a female Velcro; or the first binding piece (7) is provided with a female Velcro, and the second binding piece (8) is provided with a male Velcro.

6. A method for using a urine collection device for treating urinary incontinence according to any one of claims 4 to 5, characterized in that:

1. Wear a urine collection device first, specifically: Step S1, wrapping the corresponding part of the patient's lower body with the back piece (1-1) and the front piece (1-2) of the underwear, connecting the end of the top connecting belt (1-3) of the back piece (1-1) of the underwear with the top of the front piece (1-2) of the underwear with Velcro, and completing the wearing of the underwear. At this time, the medical film (4) on the front piece (1-2) of the underwear is in contact with the patient's body; Step S2, the urine collector (2) is fixedly connected to the front piece (1-2) of the underwear (1), and the urine collector (2) is located on the side of the front piece (1-2) of the underwear that faces away from the human body, and the urine outlet (1-6) on the underwear (1) is connected to the urine receiving port (2-1) on the urine collector (2); Step S3, the urine outlet (2-3) on the urine receiver (2) is connected to the inlet of the urine storage tube (3-1) on the urine collection bag (3) via the urinary catheter (5); the urine storage tube (3-1) is connected to a urination tube (6), and a switch valve is provided at the connection between the urination tube (6) and the urine storage tube (3-1); when in use, the urine collection bag (3) can be tied to the patient's leg by means of the first tying piece (7) and the second tying piece (8); Step S4, when the patient urinates, the urine flows into the urine receiving cavity (2-2) in the urine receiving device (2) through the urine outlet (1-6) on the front piece of the underwear (1-2) and the urine receiving port (2-1) on the urine receiving device (2), and flows into the urine storing tube (3-1) which is folded and fixedly placed in sequence from top to bottom through the urine outlet (2-3), the urinary catheter (5), and the inlet of the urine storing tube (3-1), and flows from the uppermost urine storing tube (3-1) to the lowermost urine storing tube (3-1), and the urine is stored in the urine storing tube (3-1) which is folded and fixedly placed in sequence from top to bottom, so that the urine is more evenly distributed in the urine collecting bag (3); Step S5: when the urine in the urine collecting bag (3) needs to be discharged, the outlet of the urine discharge tube (6) is aligned with the place where urine needs to be discharged, and then the switch valve is opened, and the urine stored in the urine storage tube (3-1) is discharged from the urine discharge tube (6). After the urine is discharged, the switch valve is closed, and the urine collecting bag (3) can store urine again; (ii) Using the urinary incontinence treatment rehabilitation device, specifically, includes the following steps: Step 1: The patient lies down and relaxes to ensure that the body is in a comfortable state; Step 2: Placement of the electrode patch (102): Place the electrode patch (102) on the area where the patient's pelvic floor muscles are located, so as to non-invasively monitor muscle activity, generally around the vagina or anus, depending on the patient's gender and specific circumstances; Step 3, setting parameters: The therapist sets the frequency, intensity and treatment time of electrical stimulation through the current control module (100-1), with the intensity being low at the beginning and gradually increasing; Step 4, start treatment: The therapist starts the device, and the patient will feel slight muscle contraction. When the pelvic floor muscles contract, the muscle cells will generate electrical activity, which will be captured by the electrode patch (102) and transmitted to the current control module (100-1) via the wire (101), displayed by the electromyogram display module (104), and recorded by the storage module (105) to form an electromyogram; these graphics can display information including muscle contraction intensity, frequency and duration.

7. The method according to claim 6, characterized in that: The treatment process of using the urinary incontinence treatment rehabilitation device lasts 15-30 minutes, depending on the patient's tolerance; Frequency of treatment with urinary incontinence treatment rehabilitation device: 2-3 times a week for several weeks to observe the effect.

8. The method according to claim 6, characterized in that: In step 3, the frequency is set to: Initial treatment mode: Choose a low frequency of 1-10 Hz to help patients adapt to electrical stimulation and promote basic muscle strength and endurance; each treatment lasts 15-30 minutes, 2-3 times a week; Mid-term treatment mode: As the patient adapts, gradually increase the frequency to 20-50 Hz to enhance muscle strength training; The frequency can be adjusted based on patient feedback and therapist assessment; Long-term maintenance training mode: After the patient's strength and function improve, regular training is performed at a medium frequency of 20-30 Hz to maintain muscle strength and endurance.

9. The method according to claim 6, characterized in that: In step 2, a pair of surface electrode stickers (102) are placed at the base of the penis, i.e., the junction of the penis and the scrotum, to effectively stimulate the pelvic floor muscles; another pair of electrode stickers (102) are placed on both sides of the scrotum to enhance the stimulation effect on the pelvic floor muscles; In step 4, during the electrical stimulation treatment, the electromyography monitors the muscle's response to the electric current in real time, helping the therapist adjust the stimulation parameters including frequency and intensity to optimize the treatment effect.

Images