TWI603750B - Electric breast pump having a plurality of operating modes - Google Patents

Description

Electric breast pump with most operating modes

This invention relates to an electric breast pump, and more particularly to an electric breast pump that provides a variety of functional options.

[Spray reflex] means that the breast is stimulated when breast milk is fed, and the milk is concentrated in a large amount. Because the breast milk is in a spray state, it is also called a milk array. The milk spray reflex will last for a while, during which time the milk can be collected efficiently and easily. It can stimulate the secretion of prolactin and oxytocin in the anterior and posterior leaves of the pituitary gland through physical stimulation or emotional triggering. The former controls the secretion of milk from the prolactin cells, and the latter causes the cells around the mammary gland and the cells in the mammary gland to contract and smooth the milk. discharge. When the mother is feeding, the baby is usually easy to stimulate the areola and the brain through the correct way of containing milk and sucking, releasing the prolactin and oxytocin to trigger the milk. But in today's society, most families are double-income families. Although the number of breastfeeding people is gradually increasing, there are few opportunities for pro-feeding. To achieve milk reflex can only be achieved by other artificial physical stimulation.

Figure 1 shows a frequency diagram of two modes of operation of a conventional electric breast pump. Existing electric breast pump In addition to the basic breast pumping function, there are many brands that increase the massage stimulation function, simulating the frequency and strength of the baby's areola when the baby sucks on breast milk. Figure 1 shows a frequency diagram of two modes of operation of a conventional electric breast pump. As shown in Figure 1, the slight pull is used to stimulate the areola to achieve the effect of milk reflex, so the electric breast pump helps non-feeding mothers to collect breast milk more time and effort. But it only takes a slight pull on the areola, or it takes a long time to reach the milk reflex.

Figure 2 shows a schematic view of a conventional electric breast pump. Figure 2 discloses a conventional electric breast pump 11 of U.S. Patent No. 8,137,305 B2, which pneumatically couples the bra 43 to a vacuum motor, allowing the bra 43 to suck and release the mother's breast, simulating the baby's breast absorption while sucking the mother The frequency and strength of the areola. In the above-described conventional electric breast pump 11, a vacuum rate selector 21 and a vacuum level selector 19 are disposed on the top surface 13 of the outer casing. The user uses the vacuum level selector 19 to adjust the maximum and minimum vacuum levels, and the vacuum rate selector 21 is used to adjust the speed of the vacuum insertion. However, according to the conventional electric breast pump 11 described above, it is extremely inconvenient for the user who operates and adjusts the use parameters based on experience, and is inconvenient for the user who is inexperienced or unclear about the principle of use of the electric breast pump 11. Breast milk is often not obtained correctly or comfortably.

For example, in the case that breast milk cannot be obtained smoothly, the user often thinks that the force is too small or the frequency is too slow, and the vacuum or frequency is increased to increase the sucking force or frequency, but such operation may cause the user not to suffer pain. It is more comfortable and less able to achieve breast milk reflection, and it is more difficult to achieve the purpose of obtaining breast milk, so it is often impossible to give users better experience. Therefore, an improved electric breast pump needs to be developed.

It is an object of the present invention to provide an electric breast pump that can animate various modes and massage/absorbent functions to provide a clear understanding of the current state of use.

According to an embodiment of the invention, an electric breast pump comprises at least one bra, an air line, a motor module, a parameter selector, and a controller. The motor module is connected to the at least one bra through an air line, thereby controlling a vacuum state of the inner space of the at least one bra, and sucking and releasing a user's breast to perform a sucking function or a stimulating massage function. The parameter selector includes a plurality of operation buttons respectively corresponding to the plurality of operation modes for the user to select, and sends a control signal according to the selected operation button. The controller is coupled to the parameter selector and the motor module, and controls the motor module according to the control signal. In at least one of the modes of operation, the motor module automatically switches between the stimulation massage function and the breast pump function.

In an embodiment, the motor module further vibrates the at least one bra when performing the stimulation massage function.

In one embodiment, the motor module includes a motor and a vibration generating air pump. The motor is in communication with the at least one bra through an air line. The vibration generating air pump is disposed on the air line for generating a vibration by the air flow, and the vibration is transmitted to the at least one bra through the air line for vibrating the user's breast.

In one embodiment, the parameter selector includes a touch display for displaying a plurality of patterns as the operation buttons. Preferably, the patterns are a plurality of dynamic patterns, and the touch display automatically switches between a stimulation massage pattern and a breast suction pattern according to the switching between the stimulation massage function and the breast suction function of the motor module. The animation shows the operation mode, the stimulation massage function and the state of the breast pump function, so that the user can clearly understand the current state of use.

In one embodiment, the operation modes include a breast pumping mode to perform the stimulation massage function for a first period, and then switch to the breast pumping function for a second period as a first cycle, and the motor module executes In the milking mode, at least one first cycle is performed to assist the user in eliminating the condition of the milk.

In an embodiment, the operation modes include a rising mode to perform the breast pumping function for a third period, and then switch to the stimulation massage function for a fourth period as a second loop, and the motor module executes In the milking mode, at least one second cycle is performed to assist the user in eliminating the condition of the milking.

In an embodiment, the operation modes include a standard mode, and when the motor module executes the standard mode, performing the stimulation massage function for a fifth period, and then switching to the breast pump function, thereby assisting the user to complete the standard procedure. Milking process.

In an embodiment, the controller further includes a memory. The modes of operation include: a breast pump Mode, a stimulating massage mode and a favorite mode. The breast pump mode is used to control the motor module to perform the breast pumping function. The stimulation massage mode is used to control the motor module to perform the stimulation massage function. My favorite mode includes a setting program and an execution program, and the setting program records an operation parameter when the user manually switches the sucking mode and the stimulation massage mode timing to generate an operation parameter, and the operation is performed. The parameter is stored in the memory; and the execution program reads the operation parameter from the memory, so that the controller controls the motor module to switch between the stimulation massage function and the breast suction function according to the operation parameter.

In an embodiment, the electric breast pump further comprises a wiring device. The connection device is configured to be connected to a mobile device, and the controller receives another control signal from the mobile device through the connection device, and controls the motor module according to the other control signal.

As described above, the electric breast pump according to an embodiment of the present invention has various operation modes and can automatically switch the massage and breast suction functions. In one embodiment, in addition to simulating the baby's suction at a high frequency speed, the air pump is generated by the vibration to generate airflow vibration, and the vibration wave is transmitted to the bra through the diameter of the air pipeline, thereby performing vibration massage and suction massage on the breast. In one embodiment, the breast milk mode, the milking mode or the standard mode is automatically switched between the massage and the breast pumping functions, and the user is intelligently assisted in eliminating the condition of the breast milk.

11‧‧‧Electric breast pump

13‧‧‧ top surface of the outer casing

19‧‧‧Vacuum Level Selector

21‧‧‧Vacuum Rate Selector

43‧‧‧ bra

100‧‧‧Electric breast pump

120‧‧‧Parameter selector

121-126‧‧‧ pattern pattern

130‧‧‧Touch display

131‧‧‧Reduced pattern

132‧‧‧Adding patterns

133‧‧‧ paragraph pattern

134‧‧‧ time pattern

141‧‧‧ bra

142‧‧‧ bra

143‧‧‧Air pipeline

150‧‧‧Motor Module

151‧‧‧Vibration generating air pump

152‧‧‧ motor

160‧‧‧ Controller

161‧‧‧ memory

170‧‧‧Timer

180‧‧‧Connecting device

200‧‧‧ mobile device

The following detailed description and the accompanying drawings are merely by way of illustration A more complete understanding of the invention.

Figure 1 shows a frequency diagram of two modes of operation of a conventional electric breast pump.

Figure 2 shows a schematic view of a conventional electric breast pump.

Fig. 3 is a block diagram showing the function of an electric breast pump according to an embodiment of the present invention.

4 is a dynamic illustration of various mode patterns of an electric breast pump according to an embodiment of the present invention, wherein (a) shows a dynamic illustration of the breast pumping mode, (b) displays a dynamic illustration of the stimulation massage mode, (c) ) Display a dynamic icon of the milking mode, (d) display a dynamic icon showing the milking mode, (e) display a dynamic graphic of the standard mode, and (f) display a dynamic icon of the favorite mode.

Figure 5 shows a dynamic illustration of the operational flow in the milking mode.

Figure 6 shows a dynamic illustration of the operational flow in the milking mode.

Figure 7 shows a dynamic illustration of the operational flow in standard mode.

Figure 8 shows a dynamic illustration of the operational flow in my favorite mode.

The invention will be described in detail with reference to the drawings in which the same reference numerals will be used to identify the same or similar elements of the plurality of views. It should be noted that the drawings should be viewed in the orientation direction of the labels.

Fig. 3 is a block diagram showing the function of an electric breast pump according to an embodiment of the present invention. An electric breast pump 100 according to an embodiment of the present invention includes a parameter selector 120, a controller 160, a motor module 150, a brassiere 141 and 142, and an air line 143. In an embodiment, the electric breast pump 100 further includes a timer 170. The motor module 150 is used for inserting a vacuum or releasing a vacuum, and may include a motor, a part of a vacuum line, and at least one vacuum release valve. The present invention does not limit the structure of the motor module 150, and may be an existing structure or a structure that is developed in the future. . Motor module 150 is pneumatically coupled or communicated to bras 141 and 142 via air line 143. The motor module 150 is coupled to the controller 160. The controller 160 controls the vacuum insertion and release of the vacuum of the motor module 150 to adjust the frequency and degree of the vacuum state of the internal spaces of the bras 141 and 142, so that the bras 141 and 142 can absorb and release the user or a mother's breast. To simulate the frequency and strength of the mother's areola when sucking breast milk.

The parameter selector 120 is coupled to the controller 160 for the user to select a mode of operation, and the controller 160 receives the signal transmitted by the parameter selector 120 to control the motor module 150. In an embodiment, the parameter selector 120 can be a plurality of buttons and a film. The film covers the buttons and is printed with a plurality of patterns, and the patterns correspond to the buttons one-to-one for identification and pressing by a user.

In an embodiment, the parameter selector 120 can be a touch display 130. Referring to FIG. 3, the touch display 130 displays a plurality of mode patterns 121-126 corresponding to a plurality of operation modes for the user to select an operation mode that she desires, and the patterns 121 in the touch display 130. When the position of 126 is pressed, a signal is sent to controller 160. The controller 160 receives the signal transmitted by the touch display 130 to control the number of segments of the motor module 150 for adjustment.

In an embodiment, the touch display 130 further displays a number of patterns 133; The pattern 132 and the reduction pattern 131 are added on both sides. When the user presses the increase pattern 132 or the decrease pattern 131 respectively, the number of segments pattern 133 correspondingly displays the number of changed segments, and the controller 160 increases or decreases the number of segments of the control motor module 150 to increase or decrease. The frequency and extent of the vacuum state of the interior spaces of the bras 141 and 142. In addition, in an embodiment, the touch display 130 further displays a time pattern 134 for displaying various times such as operation time or remaining time.

During the feeding of breast milk, it is easy to have thick milk and it is not easy to squeeze out, or it will encounter special conditions such as milking and milking. These times, it is to use the stimulation massage function of the existing electric breast pump to simulate the baby sucking. Allowing the nipple to pull is not enough to trigger the milk reflex, and the existing electric breast pump has no way for the mother to intelligently choose the correct and effective use method under these special conditions. Most mothers, under the wrong use of electric breast pumps, think that it is not helpful to use electric breast pumps under these conditions, so in these conditions, mothers will rely on their hands to massage the breasts. Pushing, wanting to clear the breast, but the breast is a fragile tissue, so the result of hard pressing and pushing, but fortunately pushed open, only a slight pain bruise, but unfortunate mother, but will make the hard block Inflammation, causing mastitis or breast ulcers, and finally must be hospitalized for treatment, not worth the candle.

Many people think that in special circumstances (such as: breast milk, milk), you can not use electric breast pump, because it is not helpful, this idea is actually wrong, there will be such a mistake is mainly because of the electric The breast pump is not familiar with the use. As can be seen from the introduction of the background art, the most critical step in discharging breast milk is to cause [solder reflection], and in these special cases, if the function of the electric breast pump is correctly used, the milk reflection can be achieved. However, the existing electric In the breast pump, although there is a massage stimulation function, it can help the mothers to trigger the milk spray reflex, but only in the continuous pulling of the nipple, sometimes even no function, still need to massage through the hands, and in special circumstances Under the circumstance, the user can only blindly switch between the stimulation massage mode and the breast pump mode, and the wrong use can not achieve the maximum benefit of the electric breast pump.

According to an embodiment of the invention, the pattern pattern 121 corresponds to the standard mode, the pattern pattern 122 corresponds to the milking mode, the pattern pattern 123 corresponds to the milking mode, the pattern pattern 124 corresponds to the favorite pattern, and the pattern pattern 125 corresponds to the stimulation pattern. In the massage mode, the pattern pattern 126 corresponds to the breast pumping mode. If there are different modes, the performance of the electric breast pump 100 can be adjusted, various operating parameters can be obtained to adapt to various conditions encountered during the breastfeeding period, and the user can select the operation mode required by the user, and then electric breast pumping. The device 100 can completely switch between the stimulation massage and the breast pump function according to the operation parameters, and can help the user to eliminate various special conditions.

Compared with the existing electric breast pump, the electric breast pump 100 according to an embodiment of the present invention has different operation modes, more specifically, a standard mode, a milking mode, a milking mode, and my favorite. In the first three modes, the electric breast pump 100 will switch the stimulation massage/absorbent function in full wisdom; in my favorite mode, the user can switch between the massage/milk function according to the current state of use. Four modes are available for users to use in various states. In order to achieve the foregoing object, the controller 160 of the electric breast pump 100 according to an embodiment of the present invention includes: a memory 161. The memory 161 stores parameters for performing the standard mode, the milking mode, the milking mode, the favorite mode, the stimulation massage mode, and the breast pumping mode. When the user selects an operation mode, the controller 160 reads the memory 161. The parameters used to perform this mode of operation, and The read parameters are used to control the motor module 150 to switch between massage and breast pumping functions.

In one embodiment, the motor module 150 of the electric breast pump 100 causes the bras 141 and 142 to vibrate. According to the embodiment, under the function of stimulating massage, in addition to the general stimulation massage for simulating the baby's nipple, the actual vibration massage effect is additionally provided, and the entire bras 141 and 142 are transmitted along with the operation of the electric breast pump 100. The shock wave reaches the breast, allowing the areola to vibrate while the breast is being sucked. Under such double stimulation, the milk spray reflection can be achieved more quickly.

In the present invention, the specific structure in which the motor module 150 causes the bras 141 and 142 to vibrate is not limited, and may be any structure that is currently available or developed in the future. In one embodiment, the motor module 150 vibrates pneumatically to cause the bras 141 and 142 to vibrate, as will be described later. In one embodiment, the motor of the motor module 150 is capable of generating mechanical vibration, and the air line 143 is made of a material capable of transmitting shock waves. The motor module 150 transmits shock waves to the bras 141 and 142 through the air line 143. Further, when the material of the air line 143 is hard, the line of the air line 143 can be long, and when the material of the air line 143 is soft, the line of the air line 143 can be short. In one embodiment, the motor module 150 further includes two vibrators disposed on the bras 141 and 142 respectively. Under the function of stimulating the massage, the controller 160 vibrates the vibrators according to the operating parameters. The vibrator may include a motor and an eccentric wheel, wherein the eccentric wheel is coupled to a motor shaft of the motor. When the motor rotates, the mass point of the eccentric wheel is not on the axis of the motor shaft, so that the motor is continuously out of balance due to Inertia causes vibration.

In an embodiment, the pattern patterns 121-126 of the touch display 130 are animated patterns. Each function and mode is displayed in an animated manner, so that the user can see at a glance, clearly know the current situation, the number of segments used, and the remaining time. In addition to helping the mother to easily and effectively gather milk, the whole milk collection is also provided. The process has become lively and interesting.

4 is a dynamic illustration of various mode patterns of an electric breast pump according to an embodiment of the present invention, wherein (a) shows a dynamic illustration of the breast pumping mode, (b) displays a dynamic illustration of the stimulation massage mode, (c) ) Display a dynamic icon of the milking mode, (d) display a dynamic icon showing the milking mode, (e) display a dynamic graphic of the standard mode, and (f) display a dynamic icon of the favorite mode. Referring to FIG. 4, the functions and corresponding illustrations of the various modes are as follows.

1, breast pumping mode, can achieve the function of soothing and effective breast pumping. In the breast pumping mode, the electric breast pump 100 operates according to parameters for performing the breast pumping mode, and the electric breast pump 100 gradually increases the suction force to discharge the breast milk in the breast by using a slow motion. In the sucking mode, the number of segments is 1 to 9, providing different force sizes, and the user can press the increase pattern 132 and reduce the pattern 131 to adjust the required number of segments. In addition, the amount of breast milk collected in the bottle is increasing during the process, so it is represented by an animated icon that the bottle is getting fuller, as shown in Figure 4(a).

2. The stimulation massage mode can achieve the function of simulating the sensory stimulation of the baby's nipple. In the function of stimulating massage, the general electric breast pump can only achieve the sensory stimulation of simulating the baby's nipple by increasing the frequency of suction and discharge, but such stimulation is still very different from the actual stimuli. So the effect is not good. The electric breast pump 100 of the present invention also utilizes the quick and gentle force to absorb and release the areola, simulates the baby's sucking nipple, and can also utilize the pneumatic method. The bras 141 and 142 are caused to vibrate. As shown in FIG. 3, the motor module 150 of the electric breast pump 100 includes a vibration generating air pump 151 and a motor 152 capable of generating airflow vibration. Motor 152 is pneumatically coupled or communicated to bras 141 and 142 via air line 143 and shock generating air pump 151. Compared with the prior art, when the vibration generating air pump 151 inside the electric breast pump 100 of the present invention operates, the airflow vibration is caused by the uneven airflow, and the shock wave is connected by the bras 141 and 142 and the motor module 150. The air line 143 formed by the rubber hose is transmitted to the bras 141 and 142, so that the breast has the effect of vibration massage, and the vibration of the breast can be used to smooth the blocked breasts, and under the stimulation of the areola and the breast, The milk spray reflection can be achieved faster than the conventional electric breast pump. In the stimulation massage mode, the number of segments is 1 to 5, and the upper limit of the number of segments of the stimulation massage mode is smaller than the upper limit of the number of segments of the breast pumping mode, and the force is much smaller than the soothing effective sucking function (blowing mode). In the process, a slight suction and shock wave are used to stimulate, but there is no breast pumping, so an animated illustration of the vibration of the bras 141 and 142 is shown in Fig. 4(b). As described above, the electric breast pump 100 according to an embodiment has an stimulating massage function, and simulates the baby's suction at a high-frequency speed under the stimulating massage function, and also uses a special air pump to cause airflow vibration, and vibrates through the pipe diameter. The wave is transmitted to the bottle cover and the vibration massage is performed on the breast.

In addition to the two modes for performing a single function, the electric breast pump 100 of the present invention has four different special modes for the user to select, and the special modes intelligently switch the massage/absorbent function to help the user effectively Discharge special conditions. In the three special modes of breast milk, milking, and standard, the controller 160 reads parameters for performing three special modes of breast milking, milking, and standard, and controls the motor module 150 according to some parameters, and then The air line 143 performs a stimulating massage or breast pumping function on the breast through the bras 141 and 142, and the function of stimulating the massage/absorbent is automatically switched, so that The user can't or does not need hand movement conversion, but the power used can adjust the number of segments according to personal conditions. In an embodiment, the electric breast pump 100 records the number of segments used in the previous step in the secondary cycle when the automatic switching function is performed, and the function of recording the previous number of segments does not need to be automatically switched after each time. Also re-adjust the right forces. These special modes and corresponding illustrations are as follows.

Milking mode

In the state of squeezing milk, since the breast is not blocked, there is no breast milk overflowing, and it is necessary to stimulate the milk to reflex. Therefore, the illustration in the squeezing mode is indicated by the vibration of the breast of the breast bottle. The illustration is shown in Figure 4(c).

Figure 5 shows a dynamic illustration of the operational flow in the milking mode. The most important thing when squeezing milk is to clear the breast, so that it can produce milk spray reflection, so that the breast tube can be thickened and the milk can flow out automatically. Therefore, in the milking mode, the stimulation massage function is first turned on, the soft pull of the areola is simulated, the baby's suction is simulated, and the bras 141 and 142 also transmit a shock wave to the breast due to the operation of the electric breast pump 100. The shock wave is used to stimulate the mammary gland on the breast, and the breast milk and the mammary gland can be stimulated at the same time to quickly and effectively induce the milk spray reflection. After about 1~3 minutes, it automatically switches to the breast pumping function. Under this function, the machine runs slowly, the purpose is to slowly suck out the dripping milk, and the bras 141 and 142 continue to vibrate to maintain the stimulation of the breast, so that the milk reflection can continue. After 3 to 6 minutes of breast pumping, cut back the stimulating massage function again, so that the repeated switching will not clear the breast, and then shrink and expand again due to stimulation. After the same 1-3 minutes, the breast pumping function will be automatically cut, and then The milk in the dredged mammary gland is completely discharged. The flow of the milking mode is shown in an animated diagram as shown in FIG. 5. As above According to an embodiment, the electric breast pump 100 has a special mode of breast milk mode, and automatically switches between the massage/milk function according to the special mode breast milk mode, intelligently assisting the user to eliminate the milk. situation.

2. Milking mode

When the milk is raised, the breast milk is naturally secreted, and sometimes there is already a milk spray reflection. The illustration is represented by the illustration of the milk spray reflection. The preset illustration is shown in Figure 4(d).

Figure 6 shows a dynamic illustration of the operational flow in the milking mode. In the state where the breast is in a smooth state, the secreted milk must be sucked out first. Therefore, in the milking mode, the breast pumping function is first performed to perform slow sucking, and the secreted milk is discharged first, and after 3 to 6 minutes, the breast massage function is automatically switched, and the breast milk is reflected by simultaneously stimulating the areola and the breast. Continue to open the breast that has not been drenched in the deep layer. After 1~3 minutes, return to the slow sucking function again, and discharge the dredged milk. Through such repeated cycles, all the discharges will be completed. The process of the milking mode is shown in an animated diagram as shown in FIG. 6. As described above, the electric breast pump 100 according to an embodiment has a special mode of breast enhancement mode, and automatically switches between the massage/milk function according to the special mode of the breast enhancement mode, intelligently assisting the user in removing the barrier milk. The situation.

3. Standard mode

Under normal use, the milk that has passed through the electric breast pump 100 is sucked out, so that the breast milk is gradually sucked out by the breast pump, and the preset illustration is as shown in Fig. 4(e).

Figure 7 shows a dynamic illustration of the operational flow in standard mode. Under normal conditions, as long as the milk spray is reflected, the dredged milk can be completely sucked out. So in standard mode, first 1~3 minutes Stimulate the massage to cause the milk spray to reflex, then slowly suck out the unblocked milk. The flow of the standard mode is shown in an animated diagram as shown in Fig. 7. As described above, the electric breast pump 100 according to an embodiment has a standard mode of a special mode, and automatically switches between the massage/milk function according to the standard mode of the special mode, intelligently assisting the user in correctly completing the milking. process.

4. My favorite

This mode is indicated by the flashing of love. The preset icon is shown in Figure 4(f).

Figure 8 shows a dynamic illustration of the operational flow in my favorite mode. In this mode, the user manually switches the stimulation/suction function through the mode pattern 125 and the pattern pattern 126 in advance (that is, the electric breast pump 100 is not automatically switched to the stimulation/suction function), and the user can freely follow the current state. Switching between the two functions, the flow is shown in Figure 7, and the electric breast pump 100 will record the operation sequence of the stimulation and sucking functions, the number of power segments used, and the operation time, and the like. The parameters are recorded in the memory 161. When the electric breast pump 100 is turned on next time or when I select my favorite mode again, directly set the number of power segments used in the previous time. In one embodiment, the controller 160 reads the operating parameters of the stored favorite mode of the memory 161 and controls the motor module 150 to switch between the massage and the breast pumping functions according to the read parameters.

In one embodiment, the timer 170 of the electric breast pump 100 further calculates the operating time. The recommended time for each mode is 30 minutes, and the countdown time is displayed on the time display 134 of the touch display 130. In an embodiment, when the timer 170 counts to an upper limit of time, for example, 30 minutes, the controller 160 stops the operation of the electric breast pump 100, and protects the user from long-term milking, thereby facilitating understanding. The condition of the milking is used for recording.

In one embodiment, the electric breast pump 100 further includes a wiring device 180. The connection device 180 can be a wired connection device or a wireless connection device. In the embodiment of FIG. 3, the connection device 180 is a wireless connection device and is used for wireless communication with a mobile device 200. In the present invention, various wireless communication protocols such as Bluetooth, WIFI, NFC, etc., can be employed. When the mobile device 200 is connected to the connection device 180, the mobile device 200 can directly display the various patterns required for the electric breast pump 100 to operate instead of the touch display 130. For example, the mobile device 200 can directly display all the patterns of the touch display 130 in the embodiment of FIG. 3. In this embodiment, the user can use the mobile device 200 as the touch display 130. The mode of operation is selected and the signal is transmitted to the controller 160 via the connection device 180.

In an embodiment, the user can edit or download various operation patterns from the network, and use the mobile device 200 to display the patterns as an alternative to the original preset patterns; or directly store the patterns in the controller 160. In the memory 161, the preset pattern is replaced. In addition, in an embodiment, the user can also edit or download various operation modes from the network, and use the connection device 180 to store in the memory 161 of the controller 160, thereby increasing different operation modes. In an embodiment, the mobile device 200 can also record various operating habits, such as the operation mode, time, and number of segments used by the user, for the user to view various records, or analyze the data to understand his body. status.

The functions achieved by the various embodiments of the present invention are separately organized as follows.

1. Animated display of various modes and massage / breast pump function, allowing users to clearly understand the current status of use.

2. Under the stimulating massage function, in addition to simulating the baby's suction at a high-frequency speed, the air pump 151 is used to generate airflow vibration, and the vibration path is transmitted to the bras 141 and 142 through the diameter of the air line 143, thereby vibrating the breast. Massage and soaking massage.

3. Special mode "Stilling mode", automatically switch between massage and breast pumping functions, intelligently assist users to eliminate the condition of breast milk.

4. Special mode "Rising mode" automatically switches between massage and breast pumping functions, intelligently assisting users to eliminate the condition of the milk.

5. Special mode "Standard mode", automatically switch between massage / breast pump function, intelligently assist users to complete the milking process correctly.

Having described the invention in detail, it will be apparent that the same method can be varied in many ways. Such variations are not to be regarded as a departure from the spirit and scope of the invention. All such modifications as would be apparent to one of ordinary skill in the art are included in the scope of the claims.

100‧‧‧Electric breast pump

120‧‧‧Parameter selector

121-126‧‧‧ pattern pattern

130‧‧‧Touch display

131‧‧‧Reduced pattern

132‧‧‧Adding patterns

133‧‧‧ paragraph pattern

134‧‧‧ time pattern

141‧‧‧ bra

142‧‧‧ bra

143‧‧‧Air pipeline

150‧‧‧Motor Module

151‧‧‧Vibration generating air pump

152‧‧‧ motor

160‧‧‧ Controller

161‧‧‧ memory

170‧‧‧Timer

180‧‧‧Connecting device

200‧‧‧ mobile device

Claims (8)

An electric breast pump comprising at least one bra; an air line; a motor module connected to the at least one bra through the air line, thereby controlling a vacuum state of the inner space of the at least one bra to a user's breast Performing a suction and discharge operation to perform a breast pumping function or a stimulation massage function; a parameter selector comprising a plurality of operation buttons respectively corresponding to the plurality of operation modes for the user to select and according to the selected operation button Transmitting a control signal; and a controller coupled to the parameter selector and the motor module, and controlling the motor module according to the control signal, wherein the motor module is configured to perform at least one of the operation modes The group automatically switches between the stimulation massage function and the breast pumping function, and controls the motor in the vacuum state of the inner space of the at least one bra to perform a suction and discharge operation on the breast of the user to perform the stimulation massage function. The module further causes the at least one bra to vibrate, and the motor module includes: a motor connected to the at least one bra through the air line And generating a vibration pump, provided on the air line, for generating a vibration by a gas flow, wherein the vibration is transmitted to the at least one cup through which the air line to make the vibration massage the user's breast. The electric breast pump according to claim 1, wherein the parameter selector comprises a touch display. It is used to display a plurality of patterns as the operation buttons. The electric breast pump of claim 2, wherein the patterns are a plurality of dynamic patterns, and the touch display is automatically in accordance with the switching between the stimulation massage function and the breast pump function of the motor module A stimulating massage pattern and a breast pump pattern are switched to animate the operation modes, the stimulating massage function and the state of the breast pumping function, so that the user can clearly understand the current state of use. The electric breast pump according to claim 1, wherein the operation modes include a breast pumping mode to perform the stimulation massage function for a first period of time, and then switch to the breast pumping function for a second period as During a first cycle, and the motor module executes the breastfeeding mode, the first cycle is performed at least once to assist the user in eliminating the condition of the breast milk. The electric breast pump according to any one of claims 1 to 4, wherein the operation modes include a milking mode to perform the breast pumping function for a third period, and then switch to the stimulation massage function. When the fourth period is a second cycle, and the motor module executes the rising mode, the second cycle is performed at least once to assist the user in eliminating the condition of the milking. The electric breast pump according to any one of claims 1 to 4, wherein the operation modes include a standard mode, and when the motor module executes the standard mode, after performing the stimulation massage function for a fifth period, Switching to the breast pumping function then assists the user in completing the milking process in a standard procedure. The electric breast pump according to any one of claims 1 to 4, wherein The controller further includes a memory, and the operation modes include: a breast pump mode for controlling the motor module to perform the breast pumping function; and a stimulation massage mode for controlling the motor module to perform the stimulation massage And a favorite program including a setting program and an execution program, wherein the setting program records that the operation buttons are pressed when the user manually switches the suction mode and the stimulation massage mode timing An operation parameter is stored to the memory; and the execution program reads the operation parameter from the memory, so that the controller controls the motor module in the stimulation massage function and the suction according to the operation parameter Switch between milk functions. The electric breast pump according to any one of claims 1 to 4, further comprising a connecting device for connecting with a mobile device, and the controller receives another device from the mobile device through the connecting device Controlling the signal and controlling the motor module according to the other control signal.