PERINE MASSAGE GLOVE

Abstract

The invention relates to a perineal massage glove (1) that enables monitoring of the force applied during perineal massage performed for the purpose of preparing for childbirth. The perineal massage glove (1) comprises a glove (10) that can be worn on the user's hand, at least one sensor (20) positioned on the contact surface of at least one finger section of the glove (10) that applies force to the tissue during massage, at least one cable (50) that transmits the measurement data, a control unit (383) that processes the measurement data and determines the applied force and compares the determined force with at least one adjustable threshold value, and an indicator (30) that transmits the determined force to the user. If the force is outside the threshold value, at least one of the audible, vibratory and visual feedback types is provided to the user. Thus, the force applied during the massage can be monitored numerically and kept within the target force range.

Description

1 TARIFF PERINE MASSAGE GLOVE TECHNICAL FIELD The invention generally aims to facilitate childbirth in pregnant women by targeting the perineal region. with a perineal massage glove that provides stretching and is used to massage the perineum It is related to the invention specifically, which enables the measurement of the force applied during massage. having a glove containing sensors that show the measured force to the user and / or by comparing the measured force with adjustable threshold values It relates to a perineal massage glove that provides feedback to the user. 10 PREVIOUS TECHNIQUE Various methods and instruments are used in the process of preparing pregnant women for childbirth. It is known that one of these methods involves stretching the tissues in the perineal area. This is perineal massage applied for support purposes. 15 The perineum is the area located between the vaginal opening and the anus. Perineal massage is a procedure for pregnant women. by himself or another practitioner using fingers This can be done. During the massage, it is placed inside the vaginal opening. Force is applied to the perineal tissue with the fingers, and massage movements are used. is being done. 20 Current techniques also include tools used to perform perineal massage. For example, in patent document number WO2009099543A2, the user's own a perineal massage device that allows one to perform a self-perineal massage It is explained that the device in question can be grasped by the user with both their first and second hands. It has two separate, bifurcated gripping sections. The user attaches the retractor section to the perineum 25 after making contact with the area, move the gripping sections to the perineum It applies force to the area and performs the massage. (mentioned) The device aims to facilitate the application of perineal massage. 2 In these applications, which are performed manually or with the help of tools, the applied force... The size varies depending on the sensitivity of the practitioner's hand. (Massage therapist) The person assesses the appropriateness of the force applied in relation to the tension felt by the pregnant woman receiving the massage. It evaluates the feedback. However, the pregnant woman's pain perception, pain Factors such as tolerance and application conditions can influence this feedback. 5 Therefore, according to this feedback, the magnitude of the force applied It is considered not to be at the optimum value. Furthermore, the force applied with the fingers can vary during massage movements, and This can vary among different practitioners. This situation affects the massage itself. to maintain within a targeted force range and to apply the same force in different applications. This makes it difficult to replicate the conditions. The applied force is numerically... inability to monitor, exceeding the targeted force range during application It also makes detection more difficult. Therefore, measuring the force applied during perineal massage, the measured The force can be monitored by the user and set outside of the adjustable threshold values. a perineal massage that provides feedback to the user in case of exit. Gloves are needed. In conclusion, the problems described above require an improvement in the relevant technical field. This has made it necessary to do so. BRIEF DESCRIPTION OF THE INVENTION 20 The present invention aims to bring new advantages to the relevant technical field through perineal massage. a glove containing sensors that allow the measurement of the force applied during the exercise possessing, displaying the measured force to the user and / or an adjustable threshold A perineum that provides feedback to the user by comparing their values. It relates to massage gloves. 25 The main purpose of the invention is to measure the force applied during perineal massage. The goal is to develop a perineal massage glove that provides this. Thus, the applied force The size depends on the practitioner's hand dexterity and the subjective feedback of the person being massaged. It can be determined numerically, independently of the notifications. 3 Another purpose of the invention is to allow the measured force to be applied by the user during use. The goal is to develop a perineal massage glove that allows monitoring. Thus, the user can... by monitoring changes in the force applied during the massage It is able to regulate the force it applies. Another objective of the invention is to reduce the applied force below a user-defined lower threshold of 5. If the value is below or above the upper threshold, feedback is given to the user. The goal is to develop a perineal massage glove that provides notification. Thus, the targeted at least one of the audible, vibrating, and visual warning types indicates that the force range has been exceeded. This can be communicated to the user via this method. Another objective of the invention is to allow the user to set the force threshold values. The goal is to develop a perineal massage glove that provides various applications. The target force range can be changed. Another aim of the invention is to measure force in a way that is suitable for different finger uses. The goal is to develop a perineal massage glove that enables the massage to be performed. It is possible to monitor the force applied depending on the fingers used during the exercise. 15 is happening. Another purpose of the invention is to allow sensors that measure force to be placed inside the glove. a perineal massage that allows it to be removed and put back on the glove The goal is to expose the glove. This allows for the maintenance, replacement, and operation of the glove using sensors. The appropriate cleaning procedures for each material can be performed separately. 20 Another aim of the invention is to establish the electrical connection between the sensors and the display. a perineal massage glove has been developed that allows for removal and performance. The goal is to separate the glove, sensors, cable, and indicator from each other. Replacing and cleaning these components is made easier. Another objective of the invention is to adjust the position of the cables connected to the sensors on the glove to 25 The goal is to develop a perineal massage glove that provides protection. This way, the cables... uncontrolled movement during massage and on the contact surface of the glove This can prevent it from causing discomfort. 4 Another purpose of the invention is to allow the indicator to be fixed to the user's wrist. The goal is to introduce a perineal massage glove. This allows the user to massage the area while wearing it. The applied force is monitored via an indicator located on the upper surface of the wrist. is able to. All the objectives mentioned above and those that will emerge from the detailed explanation below are 5 The present invention is designed to measure the applied force with a glove. At least one sensor positioned on it enables the transmission of measured values. at least one cable, a control unit that enables the processing of data received from the sensor, and It includes at least one indicator associated with the control unit and the cable. Thus, the perineum The force applied during the massage is measured, processed, and evaluated by the user on 10 It can be tracked. A preferred configuration of the invention is one with at least one sensor located on the glove. It includes a housing. This allows the sensor to be positioned on the glove at a predetermined location. Installation is ensured. Another preferred configuration of the invention involves positioning the cable on the glove at 15 It must include at least one cable stabilizer to protect the cable during massage. Its uncontrolled movement is restricted compared to wearing a glove. Another preferred configuration of the invention is the cable fastener on the glove surface. a holder, channel or thereof structured in such a way as not to create a protrusion It includes a combination of these. Thus, the glove's contact surface has 20% of the cable coming from it. The formation of protrusions is prevented. Another preferred configuration of the invention is at least one surrounding the sensor. It includes a sensor frame. Thus, the sensor is transmitted through the sensor frame. It is portable and can be placed in the sensor housing. Another preferred configuration of the invention is one where the sensor frame and sensor housing are 25 It includes a clip-on structure that allows the sensor to be attached and removed. Thus, the sensor The glove can be attached in a removable and reattachable manner. Another preferred configuration of the invention is a removable connection between the sensor and the cable. It must include at least one sensor connection that provides an electrical link. Thus, the sensor It can be detached from the cable and reattached to it. Another preferred configuration of the invention is a removable connection between the indicator and the cable. It must include at least one indicator connection that provides an electrical connection. Thus, 5 The indicator can be disconnected from the cable and reconnected to it. Another preferred configuration of the invention is for the display to include at least one screen. Thus, the measured force value can be visually communicated to the user. Another preferred configuration of the invention involves adjusting and operating the indicator's features. It must include at least one mode button to change the display. Thus, the user can adjust the display to 10 It allows users to choose between different operating and setting options. Another preferred configuration of the invention is a lower threshold against which the measured force will be compared. It must have at least one increment key that allows setting the upper and lower threshold values, and at least It includes a reduction switch. This allows the appropriate force to be applied for the perineal massage. The range can be determined by the user. 15 Another preferred configuration of the invention involves at least one element located within the indicator. At least one audio output port that transmits the sound produced by the audible warning unit to the outside environment. It includes. Thus, the warning sound generated by the audible warning unit is detected by the user. It can be heard. Another preferred configuration of the invention is to provide the user with audio feedback. 20 It must include at least one audible warning unit that can be operated by the control unit. Thus, the measured force is outside the specified lower and / or upper threshold value. In this situation, the user can be warned audibly. Another preferred design feature of the invention is providing the user with haptic feedback. 25 At least one vibration unit that can be operated by the control unit to provide This means that the measured force does not fall outside the specified lower and / or upper threshold values. In this case, the user can be alerted via vibration. 6 Another preferred configuration of the invention is the vibration generated by the vibration unit. It must contain at least one vibration transmission surface that transmits the movement to the user's wrist. Thus, the vibration generated by the vibration unit is perceived by the user. It can be felt. Another preferred configuration for the invention is that it includes at least one energy source. 5 Thus, the electrically powered components of the perineal massage glove are required. energy is being supplied. Another preferred configuration of the invention is to charge the energy source or It must contain at least one power input that allows it to be connected to an external power source. Thus, the power source can be recharged and the perineal massage glove can be used again for 10 minutes. It is available for use. Another preferred configuration of the invention is to fix the indicator to the user. It includes at least one strap that provides protection. Thus, the indicator fits on the user's wrist. It can be fixed in place and monitored by the user during the massage. Another preferred configuration of the invention allows the strap to be adjusted according to the user. 15 and includes a strap fastener and a strap adjustment element that ensures it is secured. Thus, the strap length can be adjusted according to the user's wrist circumference, and The set position can be maintained. Another preferred configuration of the invention is one in which the control unit has at least one It includes a microcontroller. Thus, the data received from the sensor can be processed and 20 The feedback elements of the perineal massage glove can be controlled. Another preferred configuration of the invention is that the audible warning unit includes at least one audible warning. It includes an element that provides an audible warning to the user. In another preferred configuration of the invention, the lower and upper threshold values ​​are 3 N. It can be adjusted within a range of 10 N. This range is an example working range and may vary depending on the individual (25). Different force ranges can be determined according to the application conditions. BRIEF DESCRIPTION OF THE FIGURE Figure 1 shows a representative top view of a perineal massage glove. 7 Figure 2 shows a representative bottom view of a perineal massage glove. Figure 3 shows a representative exploded perspective of the perineal massage glove indicator. The appearance is given. 5 REFERENCE NUMBERS 1 Perineal massage glove Gloves 10 11 Sensor Slots 12 Cable fasteners Sensor 21 Sensor frame 22 Sensor connections 15 Indicator 31 Indicator connection 32-inch screen 33 Mode keys 34 Increase button 20 35 Reduction button 36 Audio output ports 37 Vibration transmission surface 38 Indicator housing 381 Audible warning unit 25 382 Vibration units 383 Control Unit 384 Energy sources 39 Energy input 40 Belts 30 41 Belt fastener 42 Belt adjustment element 50 Cables 8 DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention, the perineal massage glove (1), is only the subject of the invention. to ensure a better understanding and to minimize any limiting effects This is explained with examples that will not create a problem. 5 The perineal massage glove (1) includes a glove (10) that can be worn on the user's hand. The aforementioned glove (10) has at least one finger that applies force to the tissue during massage. The section contains at least one sensor (20) located on the contact surface. Processing the data obtained from the sensor (20) and providing feedback to the user. There is at least one indicator (30) that ensures its provision. The mentioned indicator is 10 (30) preferably positioned around the user's wrist. The indicator (30) There is at least one strap (40) that holds the user on the wrist. With the sensor (20) at least one cable (50) providing the electrical connection between the indicator (30) There are gloves (10) for the person receiving the massage or another practitioner. It can be used by. 15 The glove (10) contains at least one sensor slot (11). The sensor slot (11) is preferably The sensor is positioned on the palm-facing side of the finger section. sockets (11) can be found only in the thumb and index finger sections. in alternative structures one or more of the other finger segments or It can be found in all of them. 20 Each sensor (20) is associated with a sensor frame (21) surrounding it. Sensor The frame (21) and the sensor housing (11) are configured to be compatible with each other. Thus The sensor (20) and sensor frame (21) can be removed from the sensor housing (11) and reattached. It can be attached in an attachable manner. The sensor (20) together with the sensor frame (21). The sensor 25 can be detached from the glove (10) and reattached to the glove (10). The connection between the frame (21) and the sensor housing (11) is in the preferred configuration. They are interlocking. In alternative structures, they are either clipped or interlocking. This can be achieved in the form of a connection containing interlocking surfaces. The invention In an alternative configuration, the sensor (20) is located in the glove (10) and / or sensor housing. (11) can be structured in such a way that they cannot be separated. 30 9 The sensor housing (11) and sensor frame (21) massage when the sensor (20) is installed. in a way that will reduce the formation of protrusions on the surface in contact with the tissue being treated It is configured. Preferably the sensor (20) and the sensor frame (21) facing outwards. contact surfaces are level with or sharper than the surrounding surface of the glove (10). It is positioned to provide a transition that does not create an edge. Thus, 5 The glove (10) should have a smooth contact surface used during massage. is provided. Each sensor (20) has a cable (50) that enables its electrical connection. It includes a sensor connection (22). The sensor connection (22) connects to the sensor (20) or It is located on the sensor frame (21). In the preferred configuration, 10 sensor connection (22), disconnecting the cable (50) from the sensor (20) and reconnecting it It is a removable connector that allows connection. Thus, the sensor (20) sensor When removing it from its socket (11), the cable (50) connection can also be disconnected. In an alternative configuration of the invention, the sensor connection (22) and the cable (50) It can be configured in such a way that it cannot be separated. 15 Each cable (50) runs from each sensor connection (22) to the wrist section of the glove (10). extending correctly and to the indicator link (31) located on the indicator (30) It is connected. At least one cable fastener (12) on the glove (10), The cable (50) maintains its position relative to the glove (10). The cable stabilizer (12), preferably a holder, channel or guide that does not create a protrusion on the glove (10) surface 20 It is structured in this way. The cable (50) is created inside the glove (10). It can be advanced along the route or between the (10) layers of the glove. Thus the cable (50) should move freely during massage and on the contact surface The potential for creating disorder is limited. In configurations where there are multiple sensors (20), each sensor (20) is a separate 25 It can be connected to the indicator (30) via cable (50). Alternatively, different The conductors of the sensors (20) are connected to the indicator connection in a common cable bundle. (31) can be delivered. The indicator connection (31) is preferably made via cable (50) a connecting element that allows it to be attached to the indicator (30) in a removable manner It includes. In an alternative configuration of the invention, the indicator connection (31) and cable 30 (50) can be structured in such a way that they cannot be separated. In an alternative configuration of the invention, the measurement data obtained from the sensors (20) The transmission is transmitted wirelessly to the control unit (383). In this configuration, each sensor (20) or at least one wireless transmitter unit associated with multiple sensors and At least one wireless receiver unit associated with the control unit (383) or indicator (30). Wireless communication is a short-range radio frequency-based communication method. This can be accomplished through the protocol. The wireless transmitter unit and The electrical energy of the sensors (20) is an energy found on the glove (10) from a structure that provides contactless energy transfer from the source or indicator (30) It is available. Thus, cable (50) between the sensors (20) and the indicator (30) Measurement data can be transmitted without being present. 10 In the preferred configuration, the indicator (30) is located on the upper surface of the user's wrist. In alternative configurations of the invention, the indicator (30) is located on the inside of the wrist. in part or any way that will make the user's view more comfortable It can be positioned on the limb. The indicator (30) is an indicator housing (38) It includes. The mentioned instrument body (38) has 15 visible parts that are visible to the user. There is a screen (32) on its surface. The instrument housing (38) is used. There is a mode button (33) for changing modes. The instrument panel (38) has an increment key (34) that is used to increase and decrease numerical values. and a reduction button (35). In an alternative configuration of the invention, the screen (32) is configured with touch functionality. To alert the user, the sound is 20 The sound output range (36) is located on the indicator body (38). The user To warn with vibration, a vibration on the wrist-facing side of the indicator housing (38) There is a transmission surface (37). Inside the instrument housing (38) there is a control unit (383) and an audible warning unit (381) and a vibration unit (382) is included. Control unit (383), display connection 25 It is electrically connected to the sensors (20) via (31). The control unit (383), also the screen (32), the mode button (33), the increase button (34), the decrease button (35), to enable the operation of the audible warning unit (381) and the vibration unit (382) It is related to these elements. In the preferred configuration, the control unit (383) is a It contains a microcontroller. 30 11 The audible warning unit (381) transmits the sound it produces to the outside environment through the sound output aperture (36). inside the indicator housing (38) so that it can be transmitted is located. The sound output aperture (36) is a single aperture or multiple slits. or can be formed in the form of a hole. Preferably an audible warning unit (381), an audible It includes a warning element. 5 The vibration unit (382) transmits the vibration it produces to the vibration transmission surface (37). It is positioned inside the indicator housing (38) in such a way as to provide vibration. The conductive surface (37) comes into contact with the user's skin during use. Thus The vibration generated by the vibration unit (382) passes through the vibration transmission surface (37). is transmitted to the user. The vibration transmission surface (37) is located under the indicator housing (38) 10 It can be formed as a part of its surface or associated with the indicator body (38). It can also be formed as a separate contact element. Preferably a vibration unit. (382) contains a vibration motor. The strap (40) is connected to the instrument housing (38) and encircles the user's wrist. The indicator (30) is held on the upper surface of the wrist. The strap (40) is 15 in its closed position. a strap fastener (41) that provides protection and a length suitable for the wrist circumference It includes a belt adjustment element (42) that allows for its adjustment. The strap fastener (41) should preferably be placed in one of the slots on the strap (40). It is structured as a locking element that allows it to be locked by passing through. (Strap) The adjustment element (42) is formed at intervals along the belt (40) and the belt 20 It contains multiple gaps where the stabilizer (41) can be selected and held. Thus By changing the gap where the strap fastener (41) is attached, the wrist of the strap (40) The surrounding length is adjustable. In alternative configurations, fixing the belt (40) and adjusting its length, This can be achieved through an integrated connection system. For example, belt 25 (40), a hook and loop fastening system with interlocking hook and loop surfaces It is possible to have. In this structure, the amount of overlap between the surfaces in question by changing the strap (40) to fit the wrist circumference and adjusting it It is ensured that it is fixed in place. 12 The electrical energy required for the operation of the perineal massage glove (1) is supplied by the indicator body. (38) is provided by at least one energy source located within (384). The mentioned energy source (384) is preferably a rechargeable energy source. It is structured. Disposable and / or rechargeable batteries are used in alternative applications. It can also be used. The energy source in question (384), the control unit (383), 5 It powers the sensors (20), the display (32) and the warning units. Power input (39), It is located on the indicator housing (38). The chargers currently in use It enables communication with the energy source (384). Before use, the sensors (20) are connected to the relevant sensor via sensor frames (21). They are placed in their sockets (11) and the sensor connections (22) and indicator connection (31) 10 Cable (50) connections are made via. Glove (10) on the user's hand It is attached, the indicator (30) is placed on the upper surface of the wrist and the strap (40) is attached to the wrist. It is fixed by adjusting it appropriately. The user uses the mode button (33), increase button. (34) and the force to be used during application via the reduction button (35) The user can determine the values. Also, the user can select which fingers are 15 using the mode key (33). It can also specify that it will be used during the application. Thus, the application force that may come accidentally from sensors (20) not used during the process Their values ​​will not have been taken into consideration. The mode key (33) is preferably used to set the lower threshold, upper threshold and target. The functions for adjusting the force value and selecting the fingers from which data will be collected include selection 20. It enables the increase button (34) and decrease button (35) to be used to select the force. It allows the value to be increased and decreased sequentially. The set values, stored by the control unit (383) and performed during the massage It is used in comparisons. In alternative configurations, the mode key (33), audible, 25 also allows selection between visual and / or haptic feedback options. It can provide. During massage, the force applied to the tissue through the inner surfaces of the fingers, The mechanical load is transferred to the sensors (20). The sensors (20) receive the mechanical load transferred to them. It generates related electrical data and transmits this data to the control unit via cable (50). (383) is transmitted. The control unit (383) transmits the data received from the sensors (20) to the relevant measurement 30 13 or determines the applied force by operating through a calibration relationship. The determined force value is displayed on the screen (32) in Newtons. Sensors (20) are in the form of sensors that provide direct force measurement. It can be configured. Alternatively, when pressure-measuring sensors are used, The control unit (383) distributes the measured pressure value within the effective measuring range of the sensor. By relating them, the force value is obtained. In this case, the force value is the measurement. evaluation of pressure distribution over the area or appropriate calibration relationship It is determined through its use. In configurations where more than one sensor (20) is used, the control unit (383) is each It can determine the force value of the sensor (20) separately. The screen (32) displays these 10 values ​​together or sequentially according to the sensor (20) selected via the mode key (33). It can show. In the alternative configuration, the control unit (383) consists of sensors (20) the sum of the determined force magnitudes as a combined measurement value It can calculate. Comparison with threshold values ​​is done separately according to the selected configuration. 15 based on sensor values ​​or the combined measurement value in question. is being carried out. The control unit (383) measures the force value to the specified lower threshold value and / or upper threshold. It compares the value. Below the lower threshold value of the measured force or above the upper threshold. If the value is above this, the control unit (383) activates the audible warning unit (381), and / or activates the vibration unit (382). Also, a warning appears on the screen (32) 20 The symbol indicates the status of the flashing value or force relative to threshold values. Visual notifications can be generated. This allows the user to see the specified level of force applied. He is aware that he has gone outside the range. In the preferred configuration, staying below the lower threshold value and exceeding the upper threshold value Different sound or vibration patterns can be used to overcome this. For example, warnings can be 25 Different feedback to the user by changing the duration or frequency of repetition. This is possible. Alternatively, it can only be provided if the upper threshold value is exceeded. The option to operate with a warning message can be selected. Measurement and comparison procedures are repeated during the massage application. is performed. The user selects the force value shown on the screen (32) and the given 30 14 By following the feedback, it can adjust the force it applies with its fingers. Perineal massage glove (1) does not apply massage force on behalf of the user; It enables the measurement and monitoring of the force applied by the user. In a sample configuration, the force threshold values ​​range from 3 N to 10 N. It can be adjusted. In another example application, the target force value is set to 5 N. These values ​​can be determined. These values ​​are medically necessary or immutable. These are not values ​​but represent the adjustable sample operating values ​​of the device. Different force ranges and target values ​​depending on the individual and application conditions. It is available for use. After use, the strap (40) can be opened and the indicator (30) can be detached from the wrist and 10 The glove (10) can be removed. The sensor connections (22) can be separated and the sensors removed. (20) can be removed from the sensor housings (11) together with the sensor frames (21). When the indicator connection (31) is disconnected, the indicator (30) is also disconnected from the cable (50) They can be separated. Thus, maintenance, replacement, and materials of the relevant parts can be adapted accordingly. Cleaning operations can be performed separately. In an alternative configuration, 15 The glove (10) can be configured as a replaceable element. In this detailed description, the subject of the invention, the perineal massage glove (1), is only a more detailed explanation of the subject. with examples that will not create any limiting effect on a better understanding It is explained. The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to the examples given for illustrative purposes. Because the expert in the technique... a person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge.

Claims

REQUESTS 1. Applied during perineal massage performed in preparation for childbirth. a glove that can be worn on the user's hand to enable monitoring of the force (10) a perineal massage glove (1) containing the feature of the glove (10) during massage 5 on the contact surface of at least one finger section applying force to the tissue at least one sensor that produces measurement data related to the positioned and applied force. (20); by processing the measurement data received from the mentioned sensor (20), the applied force a system that determines and compares the determined force against at least one adjustable threshold value. control unit (383); the force determined by the mentioned control unit (383) notifies the user if the force is outside the threshold value. It contains at least one indicator (30) that gives.

2. According to claim 1, a perineal massage glove (1) and its feature is that the glove (10) has It must contain at least one sensor housing (11) located in the area.

3. A perineal massage glove (1) according to claim 1, and its feature is; received from the sensor (20). at least one cable (50) and the cable (50) transmitting the measurement data to the control unit (383) At least one cable fastener (12) that maintains its position on the glove (10) It includes.

4. A perineal massage glove (1) according to claim 3, and its feature is; cable fastener (12), a glove (10) structured in such a way that it will not create a protrusion on the contact surface It includes a retainer, channel, or a combination thereof.

5. According to claim 2, a perineal massage glove (1) has the feature of; surrounding the sensor (20) 25 It must contain at least one surrounding sensor frame (21).

6. A perineal massage glove (1) according to claim 5, and its feature is; with a sensor frame (21). sensor housing (11), sensor (20) removable from glove (10) It includes a snap or snap-fit ​​connection structure that enables the connection. 30 16 7. A perineal massage glove (1) according to claim 1, its feature is; sensor (20) and cable (50) at least one sensor connection providing a removable electrical connection between them (22) It includes.

8. Perineal massage glove (1) according to claim 1, its feature is; indicator (30) and cable 5 (50) at least one indicator providing a removable electrical connection It contains the link (31).

9. A perineal massage glove (1) according to claim 1, and its feature is; the indicator (30), Showing the determined force value and the state of the force according to the threshold value. It contains a small screen (32).

10. A perineal massage glove (1) according to claim 1, its feature is; the indicator (30), setting and includes at least one mode key (33) to change usage features.

11. A perineal massage glove (1) according to claim 10, the characteristic of which is; the measured force The system allows you to adjust the lower and upper threshold values ​​against which the data will be compared. It contains at least one increase key (34) and at least one decrease key (35).

12. According to claim 1, a perineal massage glove (1) and its feature is; control unit (383), 20 the measured force remaining below the lower threshold value and exceeding the upper threshold value different sound, vibration, or visual warning patterns for different situations It is structured in a way that will create 13. A perineal massage glove (1) according to claim 1, its feature is; 25 inside indicator (30). at least one audible device positioned and operated by the control unit (383) It contains a warning unit (381).

14. A perineal massage glove (1) according to claim 1, its feature is; inside the indicator (30) at least one vibration positioned and operated by the control unit (383) 30 It contains the unit (382). 17 15. A perineal massage glove (1) according to claim 14, and its feature is; the vibration unit (382) at least one vibration transmission surface that transmits the vibration it generates to the user's wrist (37) is included.

16. According to claim 1, a perineal massage glove (1) and its feature is; control unit (383), 5 force values ​​of multiple sensors (20) separately or a total force It is structured in such a way that it will be determined as a value.

17. According to claim 1, a perineal massage glove (1) and its feature is; control unit (383), 10 The user selects the sensors (20) from which the measurement data will be evaluated. It is structured in a way that will provide this.

18. A perineal massage glove (1) according to claim 1, its feature is that the sensor (20) has a pressure having a sensor and control unit (383), the effective measurement of the measured pressure of the sensor 15 that will convert the force value to an area or a calibration relationship. It is structured in this way.

19. According to claim 1, a perineal massage glove (1) and its feature is; the indicator (30) It must include at least one strap (40) that secures it to the user's wrist.

20. A perineal massage glove (1) according to claim 1, whose feature is; lower threshold value and upper The threshold value can be adjusted between 3 N and 10 N.

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