TW201534270A - A fetal acoustic monitoring watch - Google Patents

Abstract

A fetal acoustic monitoring watch for pregnant women to wear on the wrist and includes a watch unit, and a detection unit. The watch unit comprising a case, a strap, a first processor, a first display panel, a first battery and a charging slot. The detection unit comprising a body, a second battery, a substrate, a second processor, a communication interface, and a fetal acoustic sensors. The detection unit is placed on the belly of the pregnant woman, can detect physiological information about the fetus in pregnant women through the fetal acoustic sensors, and physiological information into a first physiological monitoring signals, the communication interface transmitting the first signal to the physiological monitoring in the first processor to be displayed on the first display panel.

Description

Fetal sound monitoring table

The present invention relates to a monitoring table, and more particularly to a fetal sound monitoring table suitable for wearing on a wrist of a pregnant woman.

With the influence of minority birth, parents pay considerable attention to the birth and growth process of newborn children, and pregnant women always care for the fetus in their bodies during pregnancy, and even whisper to the fetus through the body. Stimulate the development of the brain of the fetus and achieve the purpose of early education.

Generally, pregnant women start in the early stages of pregnancy and need to go to the hospital for check-ups. Through stethoscopes, ultrasound and other measuring tools, they can detect and listen to their heartbeats. In addition to preventing, treating or correcting various problems during the fetal period, The health of the fetus can be said to be a very important knot. During the check-up process, parents can observe the growth of the fetus and feel the shape change of the fetus through the operation of the ultrasound detection device by the doctor. However, for the parents, they still hope to know the physical and mental state of the fetus at all times, so the routine check-up It does not meet the needs and expectations of parents.

For pregnant professional women, because of the busy work, it is easy to cause psychological pressure, so the production process is not as smooth and smooth as before, so the proportion of abortion is significantly improved, and pregnant women with experience in the dead belly want to know the fetus at any time. The state of the stomach, but pregnant women are not likely to be hospitalized for long-term hospitalization under normal circumstances, and pregnant women often move to and from the hospital. It is not only inconvenient for the fetus and women, there are unclear risk factors in the way of the boat, therefore, In order not to affect the daily routine of pregnant women, and to take into account the safety of pregnant women and fetuses, the design of portable fetal heartbeat monitoring has been developed on the market.

Referring to Figures 1 and 2, the Chinese Patent No. M460635, "Personal Heartbeat Auscultation Structure", discloses a fetal heartbeat auscultation structure including a heartbeat sensor 11, a connecting line 12, and a portable device. Electronic device 13. The heartbeat sensor 11 has a first electrical interface 111, and the portable electronic device 13 has a second electrical interface 131. The connection line 12 is an electrical transmission line that can be connected to the first of the heartbeat sensors 11. The electrical interface 111 and the second electrical interface 131 of the portable electronic device 13.

The heartbeat sensor 11 has a sound sensing function, and the sound is converted into an audio electrical signal and transmitted to the portable electronic device 13 via the first electrical interface 111, the connecting line 12, and the second electrical interface 131. . When the heartbeat sensor 11 approaches or is attached to the belly of the pregnant woman, the heartbeat sound of the fetus is sensed, and the corresponding fetal heartbeat sound is output by the portable electronic device 13.

The portable fetal heartbeat auscultation structure disclosed in the prior art can be carried around for the user to listen to the fetal heartbeat, but provides additional functional design to increase the parent-child interaction during pregnancy, which does not meet the future development of the market. Demand needs to be improved.

From the above description, it can be seen that the conventional portable fetal heartbeat auscultation structure has the following disadvantages in actual use:

First, the use is not convenient

The heartbeat sensor 11 can be attached to the abdomen of the pregnant woman to sense the heartbeat sound of the fetus, and then output the corresponding fetal heartbeat sound through the portable electronic device 13, but during the operation, the pregnant woman needs to continue to take Holding the heartbeat sensor 11 and the portable electronic device 13 not only hinders the life of the pregnant woman, but after a period of time, the volume and weight of the handheld device may cause the physical burden on the pregnant woman, and the convenience is indeed open to question.

Second, the connecting parts are easily damaged

It is customary to connect one end of the connecting line 12 to the heartbeat The first electrical interface 111 of the detector 11 is connected to the second electrical interface 131 of the portable electronic device 13 to pass the audio electrical signal of the heartbeat sensor 11 to the first electrical interface 111. The connection line 12 and the second electrical interface 131 are transmitted to the speaker 132 of the portable electronic device 13 for playing. After a period of use, the connection line 12 between the heartbeat sensor 11 and the portable electronic device 13 is connected. It is feared that the short circuit fault will occur due to repeated installation and removal, and the function of detecting heartbeat will not work properly.

Third, not interactive

The well-known portable fetal heartbeat auscultation structure is only designed to listen to the fetal heartbeat sound. There is no other added function. It lacks the interaction between the parents and the fetus, and then feels the fetal body and mind reaction and changes at any time. Create a good parent-child interaction during pregnancy.

Modern people are paying more and more attention to the need to understand physiological conditions, and the demand for physiological monitoring devices is getting higher and higher. However, the practicality and functionality of the conventional fetal heartbeat auscultation structure are insufficient. Therefore, how to provide one can not affect The fetal growth observation device for pregnant women's daily routine can not only reduce the psychological stress of pregnant women, but also take into account the safety of pregnant women and fetuses in order to improve the user's immediate needs.

Accordingly, it is an object of the present invention to provide a fetal sound monitoring table suitable for use on a wrist of a pregnant woman, the fetal sound monitoring table comprising a body unit and a detecting unit.

The body unit includes a watch case defining a first accommodating space, a watch strap connected to the watch case for wearing on the wrist of the pregnant woman, and being disposed in the first accommodating space. a first processor, a first display disposed on the case and electrically connected to the first processor a first battery in the first accommodating space and electrically connected to the first processor and the first display panel, and a charging slot formed on an upper surface of the case. The detecting unit is detachably disposed in the charging slot of the body unit, and includes a body surrounding the second accommodating space, a second battery disposed in the second accommodating space, and a setting a substrate electrically connected to the second battery in the second accommodating space, a second processor disposed on the substrate, a communication interface disposed on the substrate, and a substrate disposed on the substrate a tire sound detector electrically connected to the second processor.

The detecting unit further includes a second display panel disposed on the surface of the body and electrically connected to the second processor, and the first physiological monitoring signal is also synchronously displayed on the second display panel.

The body unit further includes a pulse sensor piece disposed on the inner surface of the watch band and electrically connected to the first processor, wherein the pulse sensor piece is used to sense the pulse beat of the pregnant woman. And converting the detected pulse into a second physiological monitoring signal, and transmitting the signal to the first processor for display on the first display panel.

The first physiological monitoring signal is a fetal heartbeat, and the second physiological monitoring signal is selected from the group consisting of pulse, blood pressure, body temperature, and the like.

The body unit further includes a first transceiver disposed in the charging slot and electrically connected to the first battery for playing the heartbeat sound of the fetus in the first physiological monitoring signal.

The detecting unit further includes a second transceiver disposed on the substrate and electrically connected to the second battery. When the detecting unit is placed on the belly of the pregnant woman, the second transceiver The heartbeat sound of the fetus in the abdomen may be broadcasted or transmitted to the first processor via the communication interface, and then played by the first transceiver.

The detecting unit further includes a buzzer disposed on the substrate and electrically connected to the second processor, and a surround is disposed on the a illuminating member electrically connected to the second processor, when the fetal sound detector detects the first physiological monitoring signal, the second processor controls the illuminating member to actuate and emit light, when the tire When the sound detector cannot detect the first physiological monitoring signal, the second processor controls the buzzer to act to sound a warning sound.

The body unit further includes a function key disposed on the case and electrically connected to the first processor, the plurality of function keys are used to control the body unit, and the detecting unit is activated.

The body unit further includes a USB interface disposed on the case and electrically connected to the first processor and the first battery, for connecting to an external electronic device to transmit data or charging the first battery. .

The detecting unit further includes an attaching piece disposed on the bottom surface of the body for enabling the detecting unit to adhere to the belly of the pregnant woman.

The beneficial effect of the invention is that the detecting unit is placed on the belly of the pregnant woman, and the fetal sound detector can detect the physiological information of the fetus in the belly of the pregnant woman, and the physiological information detected Converting to a first physiological monitoring signal, the first physiological monitoring signal is transmitted to the first processor by the communication interface for display on the first display panel, so when the pregnant woman goes to the hospital for regular check-up The communication interface can be wirelessly connected with the doctor's computer to provide the first physiological monitoring signal of the fetus in the abdomen to the physician for reference, thereby reducing the psychological stress of the pregnant woman and providing the user with the operation and operation. All are convenient and thoughtful design.

5‧‧‧ pregnant women

51‧‧‧ wrist

52‧‧‧ belly

6‧‧‧ body unit

60‧‧‧First accommodation space

61‧‧‧ case

62‧‧‧ Strap

63‧‧‧First processor

64‧‧‧First display panel

65‧‧‧First battery

66‧‧‧Charging tank

67‧‧‧pulse sensor

68‧‧‧First transceiver

69‧‧‧ function keys

70‧‧‧USB interface

8‧‧‧Detection unit

80‧‧‧Second accommodation space

81‧‧‧Ontology

82‧‧‧Second battery

83‧‧‧Substrate

84‧‧‧second processor

85‧‧‧Communication interface

86‧‧‧ fetal sound detector

87‧‧‧Second display panel

88‧‧‧Second transceiver

89‧‧‧ buzzer

90‧‧‧Lighting parts

91‧‧‧ Attached film

A‧‧‧First physiological monitoring signal

B‧‧‧Second physiological monitoring signal

1 is a perspective view showing a conventional fetal heartbeat auscultation structure of the new type M460635 of Taiwan; FIG. 2 is a perspective view showing the preferred fetal sound monitoring table of the present invention. FIG. 3 is a perspective view showing a state of a body unit in the preferred embodiment; FIG. 4 is a block diagram showing the electrical connection of the body unit in the preferred embodiment; FIG. 5 is a perspective view showing a state in which a detecting unit is separated from a charging slot of the body unit in the preferred embodiment; FIG. 6 is a block diagram showing the detecting unit in the preferred embodiment. FIG. 7 is a perspective view showing a first transceiver for playing in the preferred embodiment; and FIG. 8 is a perspective view showing a first embodiment of the preferred embodiment. The second transceiver is used for playback.

The detailed description of the preferred embodiments of the present invention will be apparent from the detailed description of the preferred embodiments.

Referring to Figures 2, 3, and 4, a preferred embodiment of the tire sound monitoring meter of the present invention is shown. The fetal sound monitoring table is adapted to be worn on a wrist 51 of a pregnant woman 5 and includes a body unit 6, and a detecting unit 8.

In particular, the fetal sound monitoring table of the present invention has the function of displaying time in addition to monitoring the physiological information of the pregnant woman 5 and the fetus in the abdomen.

The body unit 6 includes a watch case 61 defining a first accommodating space 60, and a watch band 62 coupled to the watch case 61 for wearing on the wrist 51 of the pregnant woman 5, a first processor 63 in the first accommodating space 60, a first display panel 64 disposed on the case 61 and electrically connected to the first processor 63, and a first display panel 60 in the first accommodating space 60 And the first processor 63 and the first display surface The first battery 65 electrically connected to the board 64 and a charging slot 66 formed on the upper surface of the case 61.

In the preferred embodiment, a memory for storing data is built in the first processor 63 to save space and reduce the assembly process. In actual implementation, the user can also Requirements, the memory is set independently, and should not be limited to this.

The body unit 6 further includes a pulse sensing piece 67 disposed on the inner surface of the band 62 and electrically connected to the first processor 63. The pulse sensing piece 67 is for sensing the pregnant woman. The pulse of the pulse is 5, and the detected pulse is converted into a second physiological monitoring signal B, and then transmitted to the first processor 63 for display on the first display panel 64. In this way, for the busy pregnant woman 5, the second physiological monitoring signal B displayed on the first display panel 64 can be used to know the physiological information of the patient, which can not only reduce the psychological stress during pregnancy, It can also balance its own security.

In the preferred embodiment, the second physiological monitoring signal B is selected from the group consisting of pulse, blood pressure, body temperature, and the like. In actual implementation, other physiological information monitoring may be added according to the needs of the user, and should not be This is limited to this.

The body unit 6 further includes a first transceiver 68 disposed in the charging slot 66 and electrically connected to the first processor 63 and the first battery 65. In the preferred embodiment, the first A transceiver 68 has a function of playing a sound or recording a sound. Therefore, the user can not only play the audio signal such as pre-recorded music through the first transceiver 68, but also use the first transceiver. The speaker 68 records the voice of the parent and then plays it out by the first transceiver 68 to achieve the dual effects of prenatal education and parent-child interaction.

The body unit 6 further includes a plurality of function keys 69 disposed on the case 61 and electrically connected to the first processor 63. The plurality of function keys 69 are used to control the body unit 6, and the detection Unit 8 is activated, In particular, when the first display panel 64 is a touch-sensitive display panel, the setting of the plurality of function keys 69 may be omitted, and should not be limited thereto.

The body unit 6 further includes a USB interface 70 disposed on the case 61 and electrically connected to the first processor 63 and the first battery 65. The USB interface 70 can be used with a transmission line and an external electronic device. A wired connection is made to transfer data to the first processor 63 or to charge the first battery 65.

Through the arrangement of the first battery 65 and the USB interface 70, the tire sound monitoring table of the present invention can save the procedure of replacing the general battery, thereby not only saving the cost of purchasing the battery, but also effectively reducing the environmental impact of the discarded battery. Secondary pollution, to meet the demands of environmental protection and repeated use.

Referring to FIG. 5 and FIG. 6 , the detecting unit 8 is detachably disposed in the charging slot 66 of the body unit 6 and includes a body 81 defining a second accommodating space 80 and a second portion. a second battery 82 in the accommodating space 80, a substrate 83 disposed in the second accommodating space 80 and electrically connected to the second battery 82, and a substrate 83 disposed on the substrate 83 and the second battery 82 a second processor 84 electrically connected to the substrate 83, and a communication interface 85 disposed on the substrate 83 and electrically connected to the second battery 82, disposed on the substrate 83 and coupled to the second processor 84 and the first The tire sound detector 86 is electrically connected to the battery 82, and a second display panel 87 is disposed on the surface of the body 81 and electrically connected to the second processor 84 and the second battery 82.

Specifically, the second processor 84 has a built-in memory for storing data in the first processor 63 to save the overall space of the detecting unit 8. In actual implementation, the memory can be independently set. It should not be limited to this.

Here, it should be noted that the charging slot 66 of the body unit 6 and the body 81 are respectively provided with a charging contact. When the detecting unit 8 is placed in the charging slot 66, the charging contact is transmitted through the charging contact. The power of the first battery 65 can be transmitted to the second battery 82 for lifting Convenience.

The detecting unit 8 is separated from the charging slot 66 of the body unit 6 and placed on the belly 52 of the pregnant woman 5, and the fetal sound detector 86 can detect the fetus of the pregnant woman 5 The physiological information is converted into a first physiological monitoring signal A, and the first physiological monitoring signal A is transmitted to the first processor 63 via the communication interface 85 disposed on the substrate 83. For display on the first display panel 64 and the second display panel 87.

In particular, the physiological information of the pregnant woman 5 and the fetus in the abdomen displayed on the first processor 63 and the second processor 84 may be determined according to the needs of the user, and should not be limited by the disclosure. .

Therefore, when the pregnant woman 5 to the hospital performs a regular check-up, the detecting unit 8 can be separated from the body unit 6, and the communication interface 85 is wirelessly connected with the doctor's computer to connect the fetus in the abdomen. The first physiological monitoring signal A data is provided to the physician for reference. Furthermore, the second physiological monitoring signal B data of the pregnant woman 5 stored in the first processor 63 can be transmitted to the doctor's computer through the USB interface 70 disposed on the case 61, and provided to the doctor. The physician makes reference to the user's immediate needs to take into account the safety of the pregnant woman 5 and the fetus in the abdomen.

In the preferred embodiment, the first physiological monitoring signal A is a fetal heartbeat. In actual implementation, other physiological information monitoring may be added according to the needs of the user, and should not be limited thereto.

Referring to FIG. 7 and FIG. 8 , the detecting unit 8 further includes a second transceiver 88 disposed on the substrate 83 and electrically connected to the second battery 82. The second transceiver 88 is like the first The transceiver 68 has the function of playing the sound or recording the sound, so when the detecting unit 8 is placed on the belly 52 of the pregnant woman 5, the second transceiver 88 can pass the fetal in the abdomen The heartbeat sound is broadcasted or transmitted to the first processor 63 via the communication interface 85, and the first transceiver 68 is played.

The detecting unit 8 further includes a buzzer 89 disposed on the substrate 83 and electrically connected to the second processor 84 and the second battery 82, and a surrounding device disposed on the body 81 and The second processor 84 and the second battery 82 are electrically connected to the light-emitting member 90.

When the fetal sound detector 86 detects the first physiological monitoring signal A, the second processor 84 controls the light emitting device 90 to emit light, so that the pregnant woman 5 can be illuminated by the light emitting member 90. No, the physiological information of the fetus in the abdomen is easily known. Conversely, when the fetal sound detector 86 cannot detect the first physiological monitoring signal A, the second processor 84 controls the buzzer 89 to actuate. The warning sound is used to remind the pregnant woman that the unborn baby has an abnormal physiological state, and the most complete treatment can be made in the first time to avoid lifelong regret and pain caused by a short delay.

It is worth mentioning that the detecting unit 8 further includes an attaching piece 91 disposed on the bottom surface of the body 81 for enabling the detecting unit 8 to adhere to the belly 52 of the pregnant woman 5.

It can be seen from the description of the above preferred embodiments that the fetal sound monitoring table of the present invention does have the following enhancements:

First, carrying and operating are convenient

The body unit 6 worn on the wrist 51 of the pregnant woman 5, and the detecting unit 8 which can be attached to the belly 52 of the pregnant woman 5, not only does not hinder the daily routine, but also reduces the overall monitoring device. The weight and volume provide a thoughtful design that is easy to carry and operate.

Second, reduce the use of transmission components

The charging slot 66 provides the user with the convenience of separating or combining the detecting unit 8 and the body unit 6. Further, the charging slot 66 formed on the upper surface of the case 61 can be When the detecting unit 8 is placed in the charging slot 66, the power of the first storage battery 65 is transmitted to the second storage battery 82, so that the use of the transmission portion can be reduced. The convenience of the piece can also reduce the trouble of component loss.

Third, enhance parent-child interaction

By setting the first transceiver 68, the user can play the audio signal such as pre-recorded music through the first transceiver 68, or record the parents by using the first transceiver 68. The sound is then played back by the first transceiver 68 to achieve the dual effects of prenatal education and parent-child interaction.

In summary, the fetal sound monitoring table of the present invention, by the body unit 6 and the detecting unit 8 being disposed to each other, the body unit 6 is worn on the wrist 51 of the pregnant woman 5, and then The detecting unit 8 is separated from the charging slot 66, and is adhered to the belly 52 by the attaching piece 91 to monitor the physiological state of the fetus in the abdomen while using the pulse sensing piece 67 disposed on the strap 62. Monitoring the physiological state of the pregnant woman 5, and wirelessly connecting with the computer of the clinician via the communication interface 85 and the USB interface 70 to provide the first physiological monitoring signal A and the second physiological monitoring signal B data Give the doctor a reference, but at the same time take into account the safety of the pregnant woman 5 and the fetus in the abdomen, reduce the psychological pressure of the pregnant woman 5, not only does not hinder the daily routine, but also provides a thoughtful design that is convenient to carry and operate, so it is true The object of the invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

5‧‧‧ pregnant women

51‧‧‧ wrist

52‧‧‧ belly

6‧‧‧ body unit

61‧‧‧ case

64‧‧‧First display panel

66‧‧‧Charging tank

68‧‧‧First transceiver

70‧‧‧USB interface

8‧‧‧Detection unit

81‧‧‧Ontology

87‧‧‧Second display panel

90‧‧‧Lighting parts

Claims (10)

A fetal sound monitoring table suitable for wearing on a wrist of a pregnant woman and comprising: a body unit, comprising a case surrounding a first accommodating space, and a case connected to the case for wearing a strap on the wrist of the pregnant woman, a first processor disposed in the first accommodating space, a first display panel disposed on the case and electrically connected to the first processor, a first battery in the first accommodating space and electrically connected to the first processor and the first display panel, and a charging slot formed on an upper surface of the case; and a detecting unit Separably disposed in the charging slot of the body unit, and includes a body surrounding the second accommodating space, a second battery disposed in the second accommodating space, and a second battery a substrate in the accommodating space and electrically connected to the second battery, a second processor disposed on the substrate, a communication interface disposed on the substrate, and a substrate disposed on the substrate and the Two-processor electrically connected fetal sound detector, the Detector The unit is placed on the belly of the pregnant woman, and the fetal sound detector can detect the physiological information of the fetus in the belly of the pregnant woman, and convert the detected physiological information into a first physiological monitoring signal. The communication interface transmits the first physiological monitoring signal to the first processor for display on the first display panel. According to the tire sound monitoring table of claim 1, wherein the detecting unit further comprises a second display panel disposed on the surface of the body and electrically connected to the second processor, the first physiological The monitoring signal is also displayed synchronously on the second display panel. The fetal sound monitoring table of claim 2, wherein the body unit further comprises a pulse sensing piece disposed on an inner surface of the watch and electrically connected to the first processor, The pulse sensor is for sensing the pulse beat of the pregnant woman, and converting the detected pulse into a second physiological monitoring signal, and transmitting the pulse to the first processor for display on the first On the display panel. The fetal sound monitoring table according to claim 3, wherein the first physiological monitoring signal is a fetal heartbeat, and the second physiological monitoring signal is selected from the group consisting of pulse, blood pressure, body temperature, and the like. . According to the tire sound monitoring table of claim 4, the body unit further includes a first transceiver disposed in the charging slot and electrically connected to the first battery, for The heartbeat sound of the fetus in the first physiological monitoring signal is played out. According to the tire sound monitoring table of claim 5, the detecting unit further includes a second transceiver disposed on the substrate and electrically connected to the second battery, when the detecting unit When placed on the belly of the pregnant woman, the second transceiver can broadcast the heartbeat sound of the fetus in the abdomen, or transmit to the first processor via the communication interface, and then make the first transceiver Play it. The tire sound monitoring table of claim 6, wherein the detecting unit further comprises a second processor disposed on the substrate An electrically connected buzzer, and a light-emitting member disposed on the body and electrically connected to the second processor, when the fetal sound detector detects the first physiological monitoring signal, the first The second processor controls the illuminating member to emit light, and when the fetal sound detector cannot detect the first physiological monitoring signal, the second processor controls the buzzer to act to emit a warning sound. The fetal sound monitoring table according to claim 7, wherein the body unit further comprises a plurality of function keys disposed on the case and electrically connected to the first processor, wherein the plurality of function keys are used To control the body unit, and the detecting unit operates. According to the tire sound monitoring table of claim 8, wherein the body unit further includes a USB interface disposed on the case and electrically connected to the first processor and the first battery. The data is transmitted or charged to the external electronic device. According to the tire sound monitoring table of claim 9, wherein the detecting unit further comprises a patch attached to the bottom surface of the body for enabling the detecting unit to adhere to the pregnant woman's belly. on.