TW201634018A - Urine wetting prompt and check system - Google Patents

Abstract

The invention discloses a urine wetting prompt and check system, which is applied to a wearable object worn on a human body for absorbing urine. The system comprises a sensing unit extended into the wearable object to sense whether there is urine or not; a clamp connected to the sensing unit for clamping the wearable object; a signal receiving unit; and a detecting unit. When sensing that a space defined by the wearable object is humid, the sensing unit outputs a urine wetting signal. After the urine wetting signal is received by the signal receiving unit, a prompt module of the signal receiving unit is controlled to output a urine wetting prompt signal so as to notify the nursing personnel to timely help a user with replacement of a new wearable object. In addition, the system can be repeatedly applied to different wearing objects so as to meet the requirement of environmental protection. Furthermore, the urine wetting prompt and check system is also provided with a checking function by means of extending the detecting unit to the inside of the wearing object for contacting urine.

Description

Urinary reminder and inspection system

The invention relates to a reminder and inspection system, in particular to a urine wetness prompting and inspection system capable of generating a reminder signal when wet and capable of simultaneously testing urine.

For example, in the Republic of China No. M403327, "New Diaper Structure with Urine Insulation Device", the diaper structure disclosed in the present invention comprises a first cloth layer composed of a non-woven material, a two-belt electrode, and a non-woven material. a second cloth layer, a water absorbing material layer composed of a water absorbing material, a leakage preventing layer and a two metal buckle seat. Wherein one side of the first cloth layer is for absorbing urine discharged by the human body, and the urine can be transported to the other side of the first cloth layer. The strip electrodes are respectively attached to the other side of the first cloth layer, and the strip electrodes are electrically conductive to each other in contact with urine. One side of the second cloth layer is attached to the first cloth layer and the strip electrodes, so that the strip electrodes are sandwiched and positioned between the first cloth layer and the second cloth layer, the second cloth One side of the layer is capable of absorbing urine from the first cloth layer and transferring urine to the other side of the second cloth layer, the water absorbing material layer being attached to the other side of the second cloth layer And absorbing urine from the second cloth layer, the leakage preventing layer is made of waterproof plastic, one side of which is attached to the other side of the water absorbing material layer The surface can receive the urine leaking from the water absorbing material layer so that the urine does not leak out of the diaper structure. In addition, each of the metal buckle seats is respectively provided with a first fastening portion, and the first fastening portions are respectively engaged with the two fastening bodies of an electrical detecting device, thereby enabling the electrical detecting device to be in the urine After the liquid is excreted, the electrical conduction of the strip electrodes is quickly detected to send a urinary signal, so that the caregiver can immediately replace the new diaper according to the urinary signal.

However, because the electrical detection device of the case must have a supply battery to continue operation, when the battery is low, due to the lack of reminder design, the caregiver is neglected to check and does not immediately change the diaper, which is more likely to cause users. The skin of the lower body is allergic to redness and swelling due to prolonged contact with the first cloth layer containing urine, and even the problem of inflammation, which not only makes the user feel uncomfortable, but also increases the follow-up care of the caregiver. Moreover, the strip electrodes are positioned by seaming, which not only causes an increase in labor costs, but also causes serious problems in which the defect rate is increased.

Therefore, the applicant of the present case proposed a "wetness reminding system" which can be repeatedly attached to a wearing material such as a diaper or a diaper, and which can generate a warning signal when the urine is wet. M463579.

Later, the applicant in this case is more aware of the human urine protein, Occult Blood, Nitrit, Leukocyte, Specific gravity, pH value. (PH), glucose, ascorbic acid (Asco. Acid), ketone (Ketones), bilirubin (Bilirubin), Urobilinogen, etc., to provide understanding of the human kidney, urinary tract disease, diabetes , metabolic diseases, liver and gallbladder diseases. Therefore, research and development is carried out with a view to making No. M463579 The "wetness reminder system" also has a urine test function. In addition, it can increase the urine collection solution for bacteria, virus culture, laboratory tests, or other traces of metabolites such as hormones, enzymes, and drugs.

Therefore, the object of the present invention is to provide a urine wetness prompting and inspection system which can be repeatedly attached to a wearing article such as a diaper or a diaper, and can generate a prompt signal when wet, and simultaneously check urine. .

Therefore, the urine wetness reminding and inspection system of the present invention is applied to a wearable body worn on a human body and used for absorbing urine. The wetness reminding and inspection system comprises a detecting unit, a clamp, a receiving unit, and a detecting unit. unit.

The detecting unit includes a sleeve for extending on the inner side of the wearing body, a bearing base coupled to the sleeve body, and a socket disposed on the carrier seat and outputting when the moisture is surrounded by the wearing object a humidity sensor for a wet signal, a carrier, a processing chip that is located in the carrier and electrically connectable to the humidity sensor, a wireless transmitter that is located in the carrier and is electrically connected to the processing chip, and a certain A battery located within the carrier and used to supply the power required for operation. The urine wet signal outputted by the humidity sensor is processed by the processing chip, and the urine wet signal is wirelessly transmitted through the wireless transmitter.

The clamp has a connecting portion for detachably penetrating the casing, a curved portion extending from the connecting portion, and a pressing portion extending from the bent portion, the carrier being detachably positioned at the The pressing portion of the clamp, in addition, the sleeve and the humidity sensor are placed inside the wearer The pressing portion of the jig is sandwiched on the outer side of the wearing article.

The receiving unit includes a wireless receiver for wirelessly receiving a signal transmitted by the wireless transmitter, a controller electrically connected to the wireless receiver, and a prompt module electrically connected to the controller, by the wireless receiving After receiving the wet signal, the device transmits the signal to the controller, and the controller receives the processing to drive the prompt module to output a wetness alert signal.

The detecting unit comprises a substrate made of a flexible flexible material and detachably disposed on the carrier and extending to the inner side of the wearing body, and at least one disposed on the substrate for contacting Urine and a urine test element for testing.

The utility model has the advantages that the clamp is attached to a different position of a different wearing object (such as a diaper or a diaper), and the detecting unit senses whether the urine is wet, and when the urine is sensed, immediately The prompting module outputs a wetness warning signal (such as light or sound), so that the caregiver knows and can promptly replace the new wearing object with the user. At the same time, the detecting unit can penetrate the inside of the wearing body to contact the urine when wet and perform an inspection function, so that the caregiver knows whether the user's physical condition is normal, and even the collected urine can be cultured by bacteria. In addition, because the wetness reminder system can be reused on different wearables, it can also meet environmental protection requirements.

2‧‧‧Detection unit

21‧‧‧ Socket

22‧‧‧ Humidity Sensor

221‧‧‧Connector

23‧‧‧ Carrier

231‧‧‧ Input 埠

24‧‧‧Processing wafer

25‧‧‧Wireless transmitter

26‧‧‧Battery

27‧‧‧Power detector

28‧‧‧ transmission line

281‧‧‧ Sockets

29‧‧‧Hosting

291‧‧‧The wall

292‧‧‧Limited wall

293‧‧‧Perforation

294‧‧‧ openings

295‧‧‧Limited space

3‧‧‧Clamp

31‧‧‧Connecting Department

311‧‧‧ gap

32‧‧‧Bend

33‧‧‧Depression

4‧‧‧Received unit

41‧‧‧Wireless Receiver

42‧‧‧ Controller

43‧‧‧Tips module

431‧‧‧Lighting elements

432‧‧‧Speaker

44‧‧‧Time module

45‧‧‧Power supply

46‧‧‧Switch

5‧‧‧Detection unit

51‧‧‧Substrate

511‧‧‧Drawing

512‧‧‧Detection Department

52‧‧‧Urine test components

53‧‧‧ protective cover

6‧‧‧ Positioning parts

61‧‧‧ slit

7‧‧‧ Wearables

8‧‧‧ Human body

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a perspective view illustrating one embodiment of the urinary wetness and inspection system of the present invention; 2 is an exploded perspective view, which is a schematic view of a component connection relationship, and FIG. 3 is a partial cross-sectional view illustrating a state of use of the embodiment; and FIG. 5 is another perspective exploded view. FIG. The figure illustrates another embodiment of the carrier and its combination with a substrate.

Referring to Figures 1, 2, and 3, an embodiment of the urinary wetness alerting and inspection system of the present invention includes a detecting unit 2, a jig 3, a receiving unit 4, a detecting unit 5, and a positioning member 6.

The detecting unit 2 includes a set body 21, a bearing base 29 coupled to the sleeve body 21, a humidity sensor 22 disposed on the carrier seat 29, and a carrier 23, which is located in the carrier 23 and A processing chip 24 electrically connectable to the humidity sensor 22, a wireless transmitter 25 necessarily located in the carrier 23 and electrically connected to the processing chip 24, must be located in the carrier 23 and used to supply power required for operation. A battery 26, a charge detector 27 located within the carrier 23 and electrically coupled to the battery 26 and the processing wafer 24, and a transmission line 28. The bearing base 29 has a receiving wall 291, a limiting wall 292 surrounding the receiving wall 291, a through hole 293 formed in the limiting wall 292, and three intervals formed on the limiting wall 292. Opening 294. The receiving wall 291 and the limiting wall 292 together define a limiting space 295. The humidity sensor 22 has a connecting seat 221, and the humidity sensor 22 is detachably embedded in the limiting space 295, and the connecting seat 221 is pierced by one of the openings 294. When the humidity sensor 22 is to be detached, The humidity sensor 22 can be disengaged from the limiting space 295 by simply applying a force to the connector 221 by the opening 294. In addition, the carrier 23 has an input port 231. The battery 26 is electrically connected to the processing chip 24, the wireless transmitter 25, and the power detector 27. One end of the transmission line 28 is electrically connected to the humidity sensor 22, and the other end has a plug portion 281 for being inserted into the input port 231 of the carrier 23 to be electrically connected to the processing chip 24.

The clamp 3 is formed by bending a hollow flexible body into a hollow skeleton shape, and has a connecting portion 31 for detachably penetrating into the casing 21, and a curved arc extends from the connecting portion 31. The curved portion 32 and a pressing portion 33 extending from the curved portion 32. The width of the pressing portion 33 is smaller than the width of the connecting portion 31. A notch 311 is defined in the connecting portion 31 so that the connecting portion 31 can be more elastic when it is inserted into the casing 21.

The receiving unit 4 includes a wireless receiver 41 for wirelessly receiving signals transmitted by the wireless transmitter 25, a controller 42 electrically connected to the wireless receiver 41, and a prompt module electrically connected to the controller 42. 43. A timing module 44 electrically connected to the controller 42 and having a preset time is built therein, and a wireless receiver 41, the controller 42, the prompting module 43 and the timing module 44 are provided. A power source that requires 45 power. The controller 42 is provided with a general prompt mode and a loop prompt mode, and the operation of the general prompt mode and the loop prompt mode is detailed later. The prompt module 43 includes a light-emitting element 431 for outputting light, and a speaker 432 for generating sound. In particular, the timing module 44 can also be integrated into the controller 42, and the controller 42 directly performs timing power. can. In addition, the frequency of transmission and reception between the wireless transmitter 25 and the wireless receiver 41 can be set to one-to-one frequency modulation before leaving the factory. Of course, by adding a frequency modulator (not shown), Caregivers should adjust the sending and receiving frequency according to the needs of use.

As shown in FIG. 2, the detecting unit 5 includes a substrate 51 which is made of a flexible flexible material and is detachably disposed on the carrier 29, and is disposed on the substrate 51 at a plurality of intervals. The urine test element 52 is exposed to urine and administered for testing. In the present embodiment, the soft flexible material is described by silicone rubber, but it should not be limited thereto. The substrate 51 has a penetrating portion 511 and a detecting portion 512. The through portion 511 of the substrate 51 extends through the through hole 293 of the carrier 29 and is disposed in the limiting space 295. The detecting portion 512 is inserted out of the bearing seat 29 via the through hole 293. The urine testing elements 52 are arranged on the detecting portion 512 of the substrate 51 at intervals, and the urine testing elements 52 can be urine. Liquid collection test strips or urine collection test dishes. The substrate 51 is pressed and positioned by the humidity sensor 22 embedded in the limiting space 295. When the humidity sensor 22 is separated from the limiting space 295, the substrate 51 can be easily pulled away from the bearing. 29. In addition, the detecting unit 5 may further include a protective cover 53 made of a silicone material, and the protective cover 53 is sleeved on the edge of the detecting portion 512 of the substrate 51 and does not cover the same. The urine test element 52 has an arcuate curvature at the end edge of the protective cover 53. Thereby, in use, the discomfort of the end angle of the substrate 51 and the human skin can be avoided.

In particular, the urine test element 52 of the detection unit 5 is not limited to a plurality of, and may be, for example, a single long piece. In addition, the The urine test element 52 is positioned on the substrate 51 in a peelable manner, so that the new urine test element 52 can be replaced in a timely manner as needed.

The positioning member 6 is for being fastened to the clamp 3 to position the clamp 3. The positioning member 6 has a slit 61 for the transmission line 28 to be embedded.

In addition, the connection relationship between the substrate 51 and the carrier 29 is not limited to the above. Referring to FIG. 5, for example, the carrier 29 may have a receiving wall 291, and a plurality of intervals are disposed around the receiving wall 291. The limiting wall 292, and the plurality of openings 294 formed between the two adjacent limiting walls 292. The through-hole portion 511 of the substrate 51 is inserted into the limiting space 295 via an opening 294, and the substrate 51 is pressed and positioned by the humidity sensor 22 disposed in the limiting space 295. . In addition, when the humidity sensor 22 is detached, the humidity sensor 22 can be disengaged from the opening 294 by the force of the opening 294, so that the humidity sensor 22 can be disengaged from the limiting space 295, and then the The substrate 51 can also be easily withdrawn from the carrier 29.

Referring to Figures 1, 2, and 4, in use, the wetness reminding system is attached to a wearer 7 (such as a diaper or a diaper, etc.) worn on the human body 8 by the clamp 3 to be adjacent to the squirrel portion of the human body 8. It is better. At this time, the carrier 23 is detachably positioned on the pressing portion 33 of the jig 3, the transmission line 28 is spanned across the positioning member 6 and held by the slit 61, and the insertion portion 281 of the transmission line 28 is inserted into the carrier The input of 23 is 231. In addition, the humidity sensor 22, the casing 21 and the detecting unit 5 are all located inside the wearing object 7. In particular, the fixture 3 has a hollow skeleton design, which not only allows the knot The structure is lighter and can be lighter for the user. In addition, the design of the curved portion 32 of the jig 3 can also improve the comfort of use. As for the receiving unit 4, it can be carried by the caregiver or placed at a specific place such as a nursing station, as long as it can be seen by the caregiver.

As shown in FIGS. 3 and 4, when the humidity sensor 22 senses that the wearer 7 absorbs urine and is wet, it outputs a urine signal, and the urine signal is transmitted to the process through the transmission line 28. The wafer 24, after receiving the processing, controls the wireless transmitter 25 to wirelessly output a urinary signal. After receiving the urinary signal, the wireless receiver 41 of the receiving unit 4 further transfers the control to the control. The controller 42 executes the general prompt mode when the urine relay signal transmitted by the wireless receiver 41 is received for the first time, so that the prompt module 43 outputs a wetness prompt signal and simultaneously starts the timing. The module 44 performs the timing of the preset time. When the preset time expires, the controller 42 controls the prompt module 43 to stop outputting the wetness alert signal. Specifically, the wetness alert signal may be one or a combination of the light output by the light emitting element 431 and the sound generated by the speaker 432. Thereby, the wetness reminding signal is used to remind the caregiver to know and can promptly replace the new wearing object 7 with the user.

After the prompting module 43 stops outputting the wetness alert signal, if the humidity sensor 22 still senses that the wearer 7 absorbs urine and is in a wet state, the wet transmitter 25 transmits the wet urine again. After the controller 42 receives the wet signal again through the wireless receiver 41, the loop prompt mode is executed, that is, the prompt module 43 is repeatedly controlled to output the wet motion signal at intervals. Until the wireless receiver 41 no longer receives the wet signal. By repeating the prompting function, it is possible to effectively avoid the problem that the user's skin is caused by diaper rash, allergic redness, and even inflammation due to the care of the user to replace the new wearing object 7.

Referring to FIGS. 3 and 4, when the wearer 7 absorbs urine in the surrounding space, the urine test element 52 of the detecting unit 5 also performs an inspection function due to contact with the urine, so that the caregiver can When the wearer 7 is replaced, it is only necessary to observe the color reaction of the urine test element 52, and then perform colorimetric comparison with the disease color reaction comparison table provided by the manufacturer, that is, to understand the physical condition of the user, so as to facilitate the user's condition. Full control and early response to care. In addition, bacterial culture can be performed on the collected urine.

During use, the power detector 27 also detects the amount of power of the battery 26. When the battery 26 is at a low level, the battery detector 27 outputs a low battery signal to the processing chip 24, by the processing chip. The wireless transmitter 25 controls the wireless transmitter 25 to wirelessly transmit the power shortage signal. After receiving the low power signal, the wireless receiver 41 of the receiving unit 4 is similarly further transmitted to the controller 42. The controller 42 When the power shortage signal is received for the first time, the general prompt mode is also executed to drive the prompt module 43 to output a low battery prompt signal, and simultaneously activate the timing module 44 to perform the preset time. When the time count expires, the controller 42 controls the prompt module 43 to stop outputting the low battery prompt signal. Specifically, the low battery warning signal may be one of the following or a combination thereof: the light emitting element 431 outputs light, and the speaker 432 generates an sound. Similarly, after the prompting module 43 stops outputting the low battery prompt signal, if the controller 42 transmits the power as described above When the battery detector 26 is continuously detected and the battery 26 is still not replaced, the loop prompt mode is also executed, and the prompt module 43 is repeatedly controlled to output the low battery prompt signal at intervals until the wireless receiver 41 The power shortage signal is no longer received. Moreover, when the power of the power source 45 is insufficient, the controller 42 also controls the prompt module 43 to output the low battery prompt signal until the power of the power source 45 is sufficient. In this way, it can be avoided that the battery 26 or the power source 45 is insufficient in power, but the caregiver does not know and still relies on the reminder of the prompt module 43 to cause the user to replace the new wearer 7 in time.

With the above-mentioned structural design, the humidity sensor 22 and the clamp 3 can be detached from the sleeve 21, the detecting unit 5 can be detached from the carrier 29, and the processing wafer 24, the wireless transmitter 25, and the battery 26 are carried. The carrier 23 of the power detector 27 can also be detached from the clamp 3. The transmission line 28 can also be detached from the carrier 23. The overall detachable structure can further produce the functions of cleaning, repairing or replacing parts.

In particular, the receiving unit 4 can further include a switch 46 electrically connected to the controller 42 for opening and closing operations, and the prompting module 43 is in the output of the wetness alert signal or the low battery prompt During the signal, the caregiver only needs to turn off the switch 46, and the controller 42 forcibly drives the prompt module 43 to stop outputting the wetness alert signal or the low battery alert signal, and the controller 42 also starts the timing. The module 44 performs the timing of the preset time. When the preset time expires, the controller 42 executes the loop prompt mode to repeatedly control the prompt module 43 to output the wetness alert signal or the battery is insufficient. Prompt signal, which can be improved Convenience.

In summary, the urinary wetness reminding and testing system of the present invention is designed according to the above configuration. When the wearing article 7 is wet, the urine can be inspected by the detecting unit 5 for the caregiver to know whether the user's physical condition is normal. At the same time, when the detecting unit 2 senses the wetness, the prompting module 43 outputs a wetness warning signal (such as a light or a sound), so that the caregiver knows and can help the user to replace the new one in time. Wearables. In addition, bacterial culture can be performed on the collected urine. Further, since the urine test elements 52 are positioned on the substrate 51 in a peelable manner, the new urine test elements 52 can be replaced in a timely manner as needed. Moreover, the power detector 27 synchronously detects the power of the battery 26 and the power source 45. When the power is insufficient, the prompt module 43 outputs the power shortage warning signal to remind the caregiver to replace the new battery 26 or The power supply 45 is fully charged. In addition, the overall design of the detachable structure is more effective in cleaning, repairing or replacing parts, so that the object of the present invention can be achieved.

However, the above is only the embodiment of the present invention, and the scope of the invention is not limited thereto, and all the equivalent equivalent changes and modifications according to the scope of the patent application and the patent specification of the present invention are still The scope of the invention is covered.

21‧‧‧ Socket

22‧‧‧ Humidity Sensor

221‧‧‧Connector

23‧‧‧ Carrier

231‧‧‧ Input 埠

28‧‧‧ transmission line

281‧‧‧ Sockets

29‧‧‧Hosting

291‧‧‧The wall

292‧‧‧Limited wall

293‧‧‧Perforation

294‧‧‧ openings

295‧‧‧Limited space

3‧‧‧Clamp

31‧‧‧Connecting Department

311‧‧‧ gap

32‧‧‧Bend

33‧‧‧Depression

5‧‧‧Detection unit

51‧‧‧Substrate

511‧‧‧Drawing

512‧‧‧Detection Department

52‧‧‧Urine test components

53‧‧‧ protective cover

6‧‧‧ Positioning parts

61‧‧‧ slit

Claims (10)

A urine wetness reminding and inspection system for use in a wearable body for absorbing urine, the wetness reminding and inspection system comprising: a detecting unit comprising a sleeve for extending to the inside of the wearing article a body, a carrier coupled to the casing, a humidity sensor disposed on the carrier and outputting a urinary signal when sensing moisture in the surrounding space of the wearing object, a carrier, and a carrier must be located in the carrier And a processing chip electrically connectable to the humidity sensor, a wireless transmitter necessarily located in the carrier and electrically connected to the processing chip, and a battery necessarily located in the carrier for supplying power required for operation, the humidity The urine wet signal outputted by the sensor is processed by the processing chip, and the urine wet signal is wirelessly transmitted through the wireless transmitter; a clamp has a connection portion for detachably penetrating the body a curved arc extending from the bent portion of the connecting portion, and a pressing portion extending from the bent portion, the carrier is detachably positioned at the pressing portion of the clamp, and the sleeve and the humidity sense When the device is placed inside the wearer, the pressing portion of the clamp is placed on the outer side of the wearer; a receiving unit includes a wireless receiver for wirelessly receiving the signal transmitted by the wireless transmitter, a controller electrically connected to the wireless receiver, and a prompt module electrically connected to the controller, after the wireless receiver receives the wet signal and transmits the signal to the controller, the controller receives the processing and drives the The prompt module outputs a wetness prompt signal; a detecting unit comprising a substrate made of a flexible flexible material and detachably disposed on the carrier and extending to the inner side of the wearing body, and at least one disposed on the substrate and used for A urine test element that is exposed to urine and administered for testing. The wetness prompting and inspection system of claim 1, wherein the carrier has a receiving wall, a limiting wall surrounding the receiving wall, and a perforation formed in the limiting wall, the receiving The wall and the limiting wall together define a limiting space, the substrate has an extending portion, and a detecting portion, the through portion of the substrate is extended into the limiting space via the through hole, The humidity sensor is embedded in the limiting space and is used for pressing and positioning the substrate. The detecting portion of the substrate is worn outside the bearing seat, and the urine testing component is disposed on the substrate. The detection unit is on. The urinary wetness and inspection system of claim 2, wherein the carrier further has at least one opening formed in the limiting wall for applying a force to disengage the humidity sensor from the limiting space. The wetness reminding and inspection system according to claim 1, wherein the carrier has a receiving wall, a plurality of spaced apart wall surrounding the receiving wall, and a plurality of adjacent ones of the two An opening between the limiting walls, the receiving wall and the limiting wall jointly define a limiting space, the substrate has an extending portion, and a detecting portion, the through portion of the substrate is through one of the An opening is disposed in the limiting space, the humidity sensor is embedded in the limiting space and is used for pressing and positioning the substrate, and the detecting portion of the substrate is worn through the bearing Further, the urine test element is disposed on the detecting portion of the substrate. The urinary wetness and inspection system according to any one of claims 2 to 4, wherein the detecting unit further comprises a protective cover made of a silicone material, the protective cover is for being sleeved on the substrate The urine detecting element is not covered at the edge of the detecting portion, and the edge of the protective sleeve forms a circular curvature. The wetness alerting and inspection system according to any one of claims 2 to 4, wherein the detecting unit comprises a plurality of urine testing elements arranged at intervals on the detecting portion of the substrate. The urinary wetness reminding and inspecting system of claim 6, wherein the detecting unit further comprises a protective sleeve made of a silicone material, the protective sleeve being sleeved on the end of the detecting portion of the substrate. The urine test elements are not covered at the edges, and the end edges of the protective sleeve form a circular curvature. The urinary wetness and inspection system of claim 5, wherein the detecting unit further comprises a power detector that is located in the carrier and is electrically connected to the battery and the processing chip, and the power detector can be used for detecting The battery is powered by a low battery signal. After receiving the low battery signal, the processing chip drives the wireless transmitter to wirelessly transmit the power shortage signal. The wireless receiver of the receiving unit is After receiving the low battery signal, the controller transmits the power to the controller, and the controller prompts the prompt module to output a low battery prompt signal. The urinary wetness alerting and inspection system of claim 8, wherein the detecting unit further comprises a transmission line, one end of the transmission line is electrically connected to the humidity sensor, and the other end has a plug portion for inserting The carrier is electrically connectable to the processing wafer. The wetness reminding and inspection system of claim 9, further comprising a positioning member for being fastened to the clamp to position the clamp, the positioning member having a slit for the transmission line to be embedded.