38 results about "Breast feed" patented technology

The invention relates to a sucking and swallowing cooperated breast feeding auxiliary device for a premature infant, and belongs to the technical field of medical instruments. The use method comprises the specific use steps that the premature infant is gently placed on the dynamic fitting body position supporting unit; the flexible pressure sensing unit immediately starts to work to monitor the body position change of the premature infant in real time; when the premature infant starts to suck, a nursing person puts a bionic sucking head of the sucking-swallowing linkage auxiliary unit into the mouth of the premature infant; when the sucking pressure is gradually increased, the valve starts to be linearly opened to discharge milk; when it is detected that the body position of the premature infant deviates towards the right side by 6 degrees, information is rapidly transmitted to the sucking-swallowing linkage auxiliary unit through wireless signals, and a flow adjusting valve is immediately triggered to reduce the milk yield by 30%; when the body position of the premature infant returns to normal, the flow adjusting valve restores to normal milk output; according to the sucking and swallowing cooperated breast feeding auxiliary device for the premature infant, the milk intake amount of the premature infant is increased, and the bucking phenomenon does not occur in the feeding process.

The present application relates to the technical field of mother and infant lactation auxiliary devices, and discloses a nipple protection cover for breast feeding, which comprises a negative pressure buffer shell, an elastic sucking balloon and a sealing and fitting base. A negative pressure buffer cavity is formed in the rigid negative pressure buffer shell, and the upper and lower ends of the shell are respectively connected with the balloon and the base through a first connecting part and a second connecting part. A one-way exhaust valve is embedded in the side wall of the shell, and a lateral air permeation window is arranged on the upper outer side wall. The balloon adopts an axial gradually changing wall thickness structure. The sealing convex pattern and the micro air permeation groove are arranged on the fitting surface of the base, and a gas permeation protection cover can be alternatively assembled. The present application can stably maintain the negative pressure of the cavity, buffer the sucking impact force, greatly reduce the breast feeding pain of lactating women with cracked nipples, effectively reduce the manufacturing cost through the split structure, adapt to large-scale injection molding production, and have the functions of breast feeding assistance and daily protection.

The utility model discloses a wearable breast pumping device which comprises a breast pumping part capable of being attached to the breast and a controller for controlling the breast pumping part to pump milk, a breast pumping concave cavity is formed in one side of the breast pumping part, an air pressure cavity is further formed in the breast pumping part, and a flexible diaphragm for separating the breast pumping concave cavity from the air pressure cavity is arranged between the breast pumping concave cavity and the air pressure cavity. The controller comprises a shell and an air extraction assembly which is arranged in the shell and can extract air in the air pressure cavity to form negative pressure, a belt body used for wearing the controller on the human body is arranged on the shell, a user can wear the breast pumping device on the neck, the collar or the arms of the human body, the user can do other activities while sucking milk, and the user can conveniently carry out other activities. The use convenience and flexibility are greatly improved; according to the device, the position of the controller can be quickly and simply adjusted according to needs, and the user experience is improved; the whole device is compact in design, convenient to carry and suitable for being used when a user goes out, breast feeding is not limited by specific places any more, and the freedom degree of the user is increased.

The present application relates to the technical field of breast feeding, in particular to a breast feeding evaluation index construction method and system, comprising the following steps: obtaining feeding time and frequency, collecting sucking and swallowing signal sequences, identifying sucking continuous segments and swallowing stable stages, extracting rhythm continuation segments, calculating fluctuation amplitude and time proportion, extracting high-frequency sucking point and swallowing concentrated segment overlap area, measuring matching density and interval fluctuation, screening stable and slowly changing segments, counting behavior type and frequency, and generating feeding evaluation results, in the present application, by collecting time sequence signals of sucking and swallowing, continuous behavior data flow is constructed, rhythm segments and synchronous time intervals are extracted, matching density and rhythm fluctuation level are quantified, stable and slowly changing behavior characteristics are identified, combined with behavior classification and frequency statistics, multi-dimensional evaluation of milk supply, feeding rhythm and matching performance is realized, and the accuracy of breast feeding state judgment and data support ability are improved.

The invention discloses a feeding bottle nipple simulating human breasts, and relates to the technical field of infant feeding appliances. The feeding bottle comprises a feeding bottle body, one side of the feeding bottle body is in threaded connection with a nipple, one side of the feeding bottle body is provided with a holding mechanism, and the holding mechanism comprises a supporting plate arranged on one side of the feeding bottle body in a sleeving mode. By means of the design of the double-layer valve plate assembly, regulation and control over the flow speed of milk are achieved, when a baby slightly sucks the milk, the thin and soft inner-layer valve plate deforms and is opened firstly, the milk slowly flows into the milk inlet pipe only through the milk inlet through hole, the low-speed state in the initial stage of breast feeding is simulated, the thick outer-layer valve plate is pushed away along with the increase of the sucking force, and the milk flows into the milk inlet pipe. The milk is rapidly output from the large-diameter channel to meet the hunger requirement, the physiological feature of'lactation reflex 'of breast milk is reproduced through the gradient deformation characteristic of the valve plate in the movement process, the bucking risk caused by the constant flow speed of a traditional nipple is effectively avoided, and the feeding comfort and efficiency are effectively improved.

A cushion designed to facilitate breastfeeding or bottle-feeding an infant while avoiding the fatigue or pain associated with holding the baby during feeding. The invention relates to an oblong cushion that the user places on their hip and thighs so that the infant can be positioned in the hollow between the cushion and the user's abdomen. Furthermore, each end of the cushion is equipped with a locking mechanism to prevent slippage and eliminate the need for the user to exert any effort to support it. The device thus consists of an oblong cushion (1), made up of two sections separated by a seam (5), which is placed on the user's hip and thighs.This cushion has at one end a fabric tab (2) that is placed under the buttocks or behind the back, and at its other end, a loop (4) through which an adjustable shoulder strap (3) passes. This shoulder strap forms a ring that goes around the user's back and fastens around the shoulder opposite the side chosen for breastfeeding, with the arm passing through it. The device according to the invention is particularly designed to prevent fatigue or pain associated with carrying the baby during breastfeeding or bottle-feeding. The device has the advantage of being compact and can be used without needing to lean back. See Fig. 4 for abbreviations.

Provided herein, according to some embodiments, is a method for reducing the likelihood of adverse events from solriamfetol in an infant fed breast milk obtained from a subject treated with solriamfetol, the method comprising: administering solriamfetol to the subject at a daily dose of about 37.5 mg to about 300 mg; and feeding the infant breast milk from the subject at least about 5 hours after administration of solriamfetol to the subject, thereby reducing the likelihood of adverse events from solriamfetol in the infant.

A multi-position feeding chair device is provided. The device is designed to support breastfeeding and bottle-feeding parents by enhancing comfort and promoting optimal posture during feeding sessions, thereby improving infant latching and reducing physical strain. The device comprises a base with integrated mechanisms for rocking, gliding, and reclining, each operable via manual or electronic controls, including remote options. A mechanically or electronically extendable footrest is housed within the base or body, deployable through specified linkage systems. The body features antimicrobial, stain-resistant, and waterproof textile coatings and includes height, tilt, and position-adjustable armrests equipped with ergonomic padding and external storage pockets, which are detachable and repositionable. An ergonomic multi-zone support system further comprises contoured lumbar and cervical cushions.

A monitoring system for monitoring milk flow during breastfeeding or milking uses a flow sensor assembly to monitor the level of milk flow from different regions of the breast. A map of the level of milk flow from different regions of the breast is then generated and displayed.

The utility model discloses a breast feeding pillow convenient for breast feeding, which comprises an outer sleeve, a placing area is arranged on the upper surface of the outer sleeve, a positioning piece is arranged outside the outer sleeve, a first bandage is sewed on the outer surface of the outer sleeve through a needle and a thread, a first magic sub-tape is sewed on one side surface of the first bandage through a needle and a thread, and a second magic sub-tape is sewed on the other side surface of the first bandage through a needle and a thread. A second bandage is sewn to the outer surface of the outer sleeve through a needle and a thread, a first hook-and-loop fastener is sewn to one side face of the second bandage through a needle and a thread, the outer sleeve is filled with latex cotton, a positioning pillow is arranged above the outer sleeve, and a second hook-and-loop fastener is sewn to the bottom face of the positioning pillow through a needle and a thread. According to the lactation pillow, the lactation pillow can be fixed on the body of a pregnant mother, the tightness of the bandage can be flexibly adjusted according to the body shape of the pregnant mother, and the lactation pillow can be tightly attached to the body of the pregnant mother, so that after a baby is placed in the placing area, the weight of the baby can be dispersed to all positions of the body of the pregnant mother through the lactation pillow, and the stress burden of arm muscles of the pregnant mother is greatly relieved.

The invention discloses a breast feeding auxiliary device and method and a storage medium. The breast feeding auxiliary device comprises a milk detection device, a control module and a pressure sensor module, and the milk detection device comprises a cover body and a milk channel part; the pressure sensor module is arranged on the milk channel part, and when milk flows in the milk channel part, the pressure sensor module is subjected to pressure directly or indirectly applied by the milk; the pressure sensor module is used for measuring milk to obtain pressure data; the control module is used for acquiring pressure data and determining milk parameters based on the pressure data. The pressure sensor module is used for measuring the milk to obtain the pressure data, the control module is used for determining the milk parameters based on the pressure data, and due to the fact that the pressure sensor module is not affected by the temperature, compared with a mode of adopting a calorimetric sensor, the accuracy of the milk parameters can be improved.

The application discloses a kind of newborn breast feeding auxiliary devices, belong to breast feeding auxiliary technical field, including two cover bodies for covering breast, lip simulation component and fitting component located in each cover body inside, auxiliary power component is set to cover body outside, auxiliary power component includes breast pump mechanism, first power mechanism and second power mechanism, lip simulation component includes at least three adjacent lip mechanism of breast pump interface and be connected with first power mechanism by the connecting pipe of through cover body, fitting component includes several air bags respectively connected with second power mechanism by the connecting air pipe of through cover body, first power mechanism includes first piston pump and second piston pump, stimulate breast by simulating infant lip action, to assist to carry out breast pump, improve the efficiency of breast pump while reducing damage to breast, in addition, structure can be adapted to different cup sizes to improve overall adaptability.

A breastfeeding system is provided. The breastfeeding system includes a breastfeeding collection and simulation device, which includes: one or more breast cover layers, wherein one or more of the layers are conformable to at least a portion of one or more breasts, wherein the layers are configured to interface with the breasts, and wherein one or more of the layers include one or more receptacle spaces into which liquid can flow; and one or more of simulation devices that each one or more of mimics and simulates breastfeeding and that is at least one of included in and associated with at least a portion of at least one of the breasts and of the layers, the one or more simulation devices configured to at least one of contact and interact with at least one of one or more of the layers and one or more of the breasts.

The breast feeding assistor comprises a nipple correction cover and a negative pressure pump, the nipple correction cover comprises a hard outer cover and a flexible inner cover, the hard outer cover and the flexible inner cover are both in a horn shape, the flexible inner cover is coaxially arranged in the hard outer cover, a first opening is formed in the large end of the flexible inner cover, and a second opening is formed in the large end of the flexible inner cover. A second opening is formed in the small end of the flexible inner cover; the first opening is suitable for covering the breast and being attached and sealed to the breast, and the second opening is suitable for allowing the nipple to be exposed and being attached and sealed to the peripheral area of the nipple; the hard outer cover is provided with a negative pressure interface which is the same as the inner space of the flexible inner cover, and the negative pressure interface is connected with a negative pressure pump, so that the flexible inner cover is vacuumized through the negative pressure pump to generate a negative pressure effect, and the flexible inner cover is forced to extrude the milk powder so as to expose the nipples from the second opening. The breast feeding assist device can effectively help a puerpera with nipple defects to overcome breast feeding obstacles.

The utility model discloses a newborn breast feeding guiding device which comprises a collecting bottle, a breast feeding pipe is fixedly arranged on the left side of the collecting bottle, a connecting cover is fixedly arranged at the left end of the breast feeding pipe, and a connecting pipeline assembly is arranged at the bottom of the collecting bottle. Air in the breast milk inlet pipe is pumped into the collecting bottle through the breast milk pumping assembly, so that the breast milk inlet pipe generates suction force, breast milk is sucked into the breast milk inlet pipe and enters the collecting bottle through the breast milk inlet pipe, and after the breast milk pumping assembly is reset, the breast milk in the collecting bottle enters the storage bottle through the connecting pipeline assembly. The breast milk is guided and collected, so that the situation that a newborn infant cannot be held by the mouth due to the fact that the nipple of a breast-feeding mother swells due to the fact that the suction force of an electric guide device is too strong is avoided, and the situation that when the mother feeds the infant through the breast on one side, the breast on the other side usually seeps out, and consequently the breast milk is wasted is avoided.

The present invention relates to a breastfeeding support system (1) designed to provide support for women experiencing difficulty in carrying and holding during the breastfeeding process. Said system is in the form of a backpack, making it possible for the mother to breastfeed the baby independently, without the need for external support. The invention maintains the correct breastfeeding position by providing support to the mother's upper body, offers an ergonomic structure, and is easily portable.

The invention discloses a breast feeding auxiliary device and method. The breast feeding auxiliary device comprises a milk detection device, a control module, a sensor module and a heating piece. The milk detection device comprises a cover body and a milk channel part; the sensor module comprises a first temperature sensor and a second temperature sensor; the first temperature sensor, the heating element and the second temperature sensor are all arranged on the milk channel part; the control module is used for obtaining the first temperature measured by the first temperature sensor and the second temperature measured by the second temperature sensor, calculating milk parameters based on the first temperature and the second temperature, calculating the heating power of the heating piece and controlling the heating piece to work at the heating power. The control module is used for calculating the heating power of the heating piece and controlling the heating piece to work at the heating power, the temperature of the heating piece can be kept at the preset temperature, and therefore the accuracy of milk parameters is improved.

The invention discloses a breast feeding auxiliary device and method and a storage medium. The breast feeding auxiliary device comprises a milk detection device, a control module and a sensor module. The milk detection device comprises a cover body and a milk channel part; the sensor module is arranged on the milk channel part, the sensor module comprises at least two sensor assemblies, and the sensor assemblies are used for detecting milk to obtain detection signals; the control module is used for receiving the detection signals and determining milk parameters based on the detection signals. The sensor module comprises at least two sensor assemblies, the sensor assemblies are used for detecting the milk to obtain the detection signals, compared with a mode of only adopting one sensor assembly, the anti-interference performance is better, and therefore the accuracy of milk parameters can be improved.

This invention relates to the medical field, and more particularly to an auxiliary device for infant breastfeeding. An infant breastfeeding table includes a base, a tabletop, and a tabletop height adjustment device mounted on the base. A tabletop tilt angle adjustment device is mounted on the lower part of the tabletop and on the tabletop height adjustment device. A mattress can be placed on the tabletop. A removable baffle is mounted on the edge of the tabletop, and a safety belt is mounted on the removable baffle. The tabletop tilt angle adjustment device can fix the tabletop at a certain tilt angle. The technical advantages of this invention are: providing an infant breastfeeding table with a simple structure, improving its versatility, preventing and treating milk stasis, and reducing excessive muscle load on the mother's body during infant breastfeeding.

This invention provides a breastfeeding support system, breastfeeding guidance support device, breastfeeding guidance support method, and program that visualize information effective for breastfeeding guidance. [Solution] The breastfeeding guidance support device 200 includes a first acquisition unit 202 that acquires a tongue movement index indicating the tongue movement of an infant, a second acquisition unit 204 that acquires a first breastfeeding index based on information acquired from the infant's caregiver, a third acquisition unit 206 that acquires a second breastfeeding index based on information acquired from a specialist who provides advice to the caregiver regarding infant care, and an output unit 208 that generates and outputs display screen data for displaying the tongue movement index, the first breastfeeding index, and the second breastfeeding index simultaneously or at different timings.

The utility model discloses a breast feeding chair, and relates to the field of breast feeding. The breast feeding chair comprises a seat plate, supporting legs are arranged below the seat plate, T-shaped armrests are symmetrically arranged on the two sides of the seat plate, circular blind holes are downwards formed in the upper surfaces of the armrests, hinge ball heads are arranged in the circular blind holes, and the hinge ball heads can rotate along the circular blind holes and partially protrude out of the upper surfaces of the armrests; the protruding part of the hinged ball head is fixedly connected with a connecting rod, and the other end of the connecting rod is fixedly connected with a supporting plate used for lifting an arm. A threaded hole is formed in the lower surface, communicating with the handrail, of the circular blind hole, a threaded rod is screwed in the threaded hole, and a square blind hole is formed in the lower end of the threaded rod; a motor base is fixedly connected to the lower surface of the handrail, a stepping motor is arranged in the motor base, and a rotating shaft of the stepping motor is movably connected with the square blind hole and used for driving the threaded rod to ascend and descend so as to abut against or loosen the hinged ball head. The breast feeding chair can dynamically adjust and fix the supporting plate for lifting arms.

This utility model belongs to the technical field of breastfeeding aids and provides an improved breast shield, including a nipple portion with a first dispensing hole, a skirt portion that abuts against the breast, and a transition portion connecting the nipple portion and the skirt portion; the nipple portion and the transition portion are provided with a communicating cavity; the outer wall of the nipple portion is provided with at least one second dispensing hole communicating with the cavity; the outer wall of the transition portion is provided with a milk filling port communicating with the cavity, and the milk filling port is located away from the nipple portion. The improved breast shield provided by this utility model allows for selection of breastfeeding, feeding with a breast pump, or mixed feeding according to actual needs, offering high flexibility and eliminating the need for a separate bottle, thereby avoiding nipple confusion in infants due to prolonged bottle use and ensuring normal breastfeeding.

The application discloses a lactation detection method, a breastfeeding auxiliary device and a storage medium, and relates to the technical field of feeding auxiliary equipment. The method is applied to a breastfeeding auxiliary device, and the breastfeeding auxiliary device comprises a milk storage container and a multi-partition optical distance measuring sensor. The lactation detection method comprises the following steps: controlling the multi-partition optical distance measuring sensor to respectively emit a plurality of first detection signals in multiple directions to the partitions in the milk storage container, so as to obtain a plurality of first feedback signals; and determining lactation information according to the plurality of first feedback signals. The application can improve the accuracy of lactation information detection in the milk storage container of the breastfeeding auxiliary device.

The invention discloses a voice prompt method and system based on a breast feeding teaching aid, a terminal and a medium, and the method comprises the steps: obtaining first intensity data of a first sensor, second intensity data of a second sensor and third intensity data of a third sensor at a preset moment; acquiring first voice information in a first database, second voice information in a second database and third voice information in a third database according to the intensity data; and processing to generate prompt voice, and playing the prompt voice through the voice module. According to the method, the first intensity data, the second intensity data and the third intensity data at the preset moment are acquired, then the first voice information, the second voice information and the third voice information in the corresponding database are acquired and processed to form the prompt voice, and the prompt voice comprises the positioning conditions of different parts in the baby model; accurate feedback is given to the pregnant woman in a simulated voice mode, the effect of guiding breast feeding details is achieved, and the learning effect is improved.

This product is a bottle nipple attachment that connects either directly to the tip of a baby bottle or to the tip of a baby bottle via a tube part. Specifically, this product is integrally composed of a simulated breast made of a soft, elastic material that mimics human skin and a nursing nipple with a tip shape that mimics a nipple (see front view, rear view, right side view, and AA cross-sectional view). The simulated breast of this product consists of a bulge with a surface shape and surface hardness that mimics a mother's breast. The bulge of the simulated breast has a nursing nipple molded as a convex shape in the center of the tip on the front, and a concave rear opening with a dome-shaped housing space formed on the back, i.e., the base side toward the baby bottle. In addition, a cylindrical connection part consisting of a small cylindrical hole is molded in the center of the bottom of the rear opening, and a milk liquid outlet channel is molded internally from the cylindrical connection part toward the center of the nursing nipple. Furthermore, the baby bottle to which this product is attached has a fixed cap attached to the bottle neck. This fixed cap is a fixed cap with a small connecting tube protruding from the upper center. When using this product by directly connecting it to the front of the baby bottle (in usage state 1), the artificial breast of this product is placed over the fixed cap of the baby bottle, and the connecting tube of the fixed cap with a connecting tube is inserted into the tube connection part of the artificial breast, thereby directly connecting and combining this product, the fixed cap, and the baby bottle (see the reference diagram of the exploded cross-section in usage state 1). In this feeding state in usage state 1, as shown in the reference diagram of the usage image in usage state 1, the artificial breast will be in contact with the infant's mouth and cheek, allowing the infant to drink the milk liquid in the baby bottle in a feeding state similar to that of actual breastfeeding. Note that the tube connection part provided in the center of the bottom of the rear opening can also be used to insert the tip connection part of the tube part, in addition to the connecting tube of the fixed cap with a connecting tube. In this case, the device is connected to the tip of the baby bottle via a tube part, resulting in usage state 2 (see the disassembled cross-sectional view of usage state 2). In this feeding state 2, as shown in the reference diagram of usage image for usage state 2, it is no longer necessary to keep the baby bottle in contact with the infant's mouth, reducing the burden of holding the bottle. In usage state 2, as in usage state 1, the artificial breast of this product can be in contact with the infant's mouth or cheek, or with their fingers, allowing for a natural feeding state similar to actual breastfeeding. By continuously using this product, favorable effects on the emotional development of infants can be expected.

The Breast Sense Feeding Monitor provides real-time measurement of breastfeeding metrics including milk volume and infant suck and swallow characteristics over multiple feedings in home and clinical settings. The system utilizes machine-learning to combine data from multiple sensors and provide accurate, personalized real-time data to support breastfeeding mothers.

The present invention pertains to a system for monitoring breastfeeding in a human subject, the system comprises a monitoring compartment, and a milk sample holding chamber. The monitoring compartment comprises a sensing module with a set of two electrodes for measuring conductivity, a volume sufficiency sensor, and a temperature sensor. The monitoring compartment comprising a processing unit in data communication with the sensing module, the processing module configured for processing the conductivity, temperature and volume sufficiency of the milk sample and for providing a milk status value relating to the breastfeeding efficiency of the subject. The processing unit comprises a shell housing comprising a shell body and an open shell base, wherein the sensing module is positioned within the shell housing such that at least the sensing portion thereof extends down vertically from the body of the shell housing towards the open shell base. The sample holding chamber comprising at least one sample cavity sized and shaped to hold a predetermined milk sample volume, wherein the monitoring compartment couples with the at least one sample holding chamber so that the open base of the shell surrounds the sample holding chamber to create a milk sample enclosure such that at least part of the sensing portion of the sensing module is positioned within the sample cavity. The system is configured to monitor milk at all stages of breastfeeding and provide at least one status value relating to the breastfeeding efficiency in the human subject.

1. Name of the product in this design: Weaning device (camel). 2. Purpose of this design: A tool to help camel calves transition from breastfeeding to solid food feeding. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. Submitting the views is sufficient to reflect the appearance design; the left view, right view, top view, and bottom view are omitted.

This invention provides a breastfeeding support system, a tongue movement monitoring device, a tongue movement monitoring method, and a program that can generate indicators to visualize the tongue movements of infants during breastfeeding. [Solution] The tongue movement monitoring device 100 includes an acquisition unit 102 that acquires tongue movement data generated by a tongue movement measuring device that measures the tongue movement of an infant, and a processing unit 104 that, when the acquired tongue movement data meets a standard, performs a predetermined process to generate an index of tongue movement using the tongue movement data that meets the standard.

The invention discloses a breast feeding auxiliary device and method and a sucking data acquisition method.The breast feeding auxiliary device comprises an infant data acquisition module and a processing module, and the infant data acquisition module is used for acquiring physiological signal data of an infant; the processing module is used for determining whether the infant swallowed and / or nutritionally sucks according to the physiological signal data of the infant, and calculating breast milk intake parameters of the infant. The processing module is used for determining whether the infant swallowing and / or nutritional sucking occurs or not according to the infant physiological signal data and calculating the breast milk uptake parameters of the infant, the breast milk uptake parameters can be calculated in the breast milk feeding process, and reference is provided for mothers.