JP2021512237A - Wrap device with adjustable wrap - Google Patents

Abstract

The wrapped device is described. The wrapping device includes a bag that is configured to substantially surround the baby. The bag contains a sleeve and an attached wrap that is configured to wrap the baby. The wrapping device at least partially restricts the baby's movements, thereby suppressing the Moro reflex, while also tightly enclosing the baby's torso, thereby providing a moderately constant pressure there. The wrap is narrow enough not to limit the movement of the baby's hips and knees, while at the same time providing access to the baby's lower body for diaper change. Some types of devices include fold-back mittens cuffs or sleeves with other selectively openable mechanisms at their ends. Cufflinks allow the caregiver to expose the baby's hands to provide skin-to-skin contact. Alternatively, the caregiver can close the cuffs if scratching is a concern. [Selection diagram] FIG. 1A

Description

The present disclosure relates to a walnut device for infants.

Typical prior art wrapping devices do not allow babies to have skin-to-skin access to their hands. An example of the design of a conventional walnut pod that prevents infants from accessing their hands is described in US Pat. No. 8,607,364. This traditional walnut pod design, which prevents access to the baby's hands for inhalation and self-peace, is not the baby's primary concern as access to the hands is very important for the baby. ..

Another example of conventional walnut pod design is described in US Pat. No. 9,179,711. The design described is a sleeping bag that allows the baby to suck its hands through the cloth of the bag, but without direct skin-to-skin access. This traditional walnut pod design, which requires the baby to suck through the cloth, is not ideal or is not the baby's primary concern as the skin-to-skin contact is more natural. In addition, if the baby is smoking the cloth, the baby will ingest the detergent or fabric softener that remains on the cloth after the clothes have been washed and dried.

Another example of the design of a conventional wrapping device is described in US Pat. No. 7,246,392. The designs described typically include hook-and-loop fasteners to restrain the baby's arm with a long, wide wrap function. The width of the wrap in this design that extends below the hips makes it difficult for the baby to bend and / or stretch its hips and knees. This design impairs mobility and increases the risk of hip dysplasia if used improperly by parents or if pulled excessively tightly. In addition, the wrap extends so much under the baby's waist that the diaper cannot be changed without removing the wrap.

In addition, the prior art design does not include an integrated sleeve combined with a wrap or a mechanism to restrain the baby's arm. In addition, many babies prefer to sleep unrestrained with one or both arms on their heads, and prior art designs suppress or part of the Moro reflex when the arms are outside the wrap. Does not provide the function of suppressing. Therefore, typical prior art designs cannot address this need by providing an option for the baby to sleep with one or more arms in the sleeve and out of the wrap. ..

1A and 1B are schematic views showing a front view and a rear view of the wrapping device according to the first embodiment, in which the cuffs are in the open position. Same as above.

2A and 2B are schematic views showing a front view and a rear view of the wrapping device according to the first embodiment, in which the cuffs are in the closed position. Same as above.

3A and 3B are schematic views showing a front view and a rear view of the wrapping device according to the second embodiment in which the cuffs are in the open position. Same as above.

FIG. 4 is a diagram showing a front view of the wrapping device according to the third embodiment without the folded mittens cuffs.

FIG. 5 is a diagram showing an infant in an exemplary embodiment of a walnut device.

6A-6C are images showing diagrams of exemplary embodiments of the wrapping device. Same as above. Same as above.

The embodiments described herein provide a wrapping device, sometimes referred to as a wrapping bag (“SSAW”) with adjustable wrap. SSAW is an innovative baby pod, wearable blanket and sleeping bag for babies. The SSAW includes an accessory adjustable wrap that can be manipulated to wrap the baby. Some embodiments of the SSAW also include a uniquely modified and shaped sleeve with a folded mittens cuff that allows the baby to have full access to the hand for self-peace, the design of which Supports multiple natural arm position options for babies.

SSAW's innovative design provides caregivers with multiple benefits that are safe and easy to use. SSAW offers several different options for its use. In the first configuration, the baby can be wrapped in a position that brings both arms close to the face, with both arms placed on the chest or the baby's midline, with either the hands lowered or raised. Bringing the hand close to the face allows the baby to further self-relief as described below. In the second configuration, the baby can be wrapped with one arm outside the wrap. Wrapping the baby in this way provides the benefit of a wrap with partial suppression of the Moro reflex on the arm outside the wrap achieved by the sleeve and cuff design. In the third configuration, the baby can be wrapped with both arms outside the wrap. By wrapping the baby in this way, the arm outside the wrap achieved by the sleeve and cuff design provides the benefits of a wrap with partial suppression of the Moro reflex of pressure on the baby's torso, while at the same time. It also provides safety benefits by increasing the baby's mobility when the baby rolls over on the abdomen.

The SSAW includes a wrap wrap with a hook-and-loop fastener that allows the caregiver to place the baby's arm close to the baby's body and easily wrap it. Caused by the Moro reflex in many newborns from 0 to 3 months, when the arm is tightly wrapped, allowing access to the hand and allowing the baby to gain self-peace. Studies show that awakening can be reduced. In some newborns, access to the hands causes the baby to scratch his face, causing pain to parents and the baby, but for babies who have a habit of scratching, parents close the cuffs and scratch. It can be prevented and the baby can suck his hand through the cotton cloth.

The SSAW wrap is relatively narrow compared to conventional walnuts and typically extends below the baby's waist or knees. The narrow wrap of the SSAW offers multiple advantages. The narrow wrap provides room for the baby's hips and knees to be in upward and outward positions (flexion and abduction), and the baby's legs as recommended by the International Hip Dysplasia Institute. Provides a range of motion. In addition, the narrow wrap allows access for changing diapers without the need to remove the wrap.

Some embodiments of the SSAW include a fold-back mittens cuff, an important innovation that allows the caregiver two options to provide the baby with access (contact) to his or her hands. In the first option, the SSAW allows the baby to have skin-to-skin (hand-to-mouth, hand-to-hand, hand-to-face) access to his hand through the folded mittens cuffs in the open position. In the second option, the SSAW can close the hand opening through the folded mittens cuffs if the caregiver chooses, and the baby can still bring the hand to the face for self-comfort. it can.

The function of the SSAW Folded Mitten Cuffs is innovative and important, as other available wrap pod designs do not allow babies to have skin-to-skin access to their hands. As mentioned above, prior art walnut pods do not allow skin-to-skin contact with the baby's hands. In contrast, in the open cuff position, the SSAW provides ample opportunity for the baby to access and experience his hand-skin-skin contact.

The design of this SSAW is innovative, allowing access to the hands to support babies in their natural position. It is very important that the baby be able to relax and suck his hand to tell the caregiver that the baby is hungry and ready to breastfeed. Active sucking is a sign of hunger and the first baby cue. Crying is a sign of slow hunger. Infant researchers and infant experts believe that the first communication between the infant and the caregiver is important, so the caregiver can respond appropriately and feed the baby in this queue. it can. This early act of cues filled by breastfeeding establishes the trust that underlies a healthy relationship. Breastfeeding experts believe that this infant cue is important for breastfeeding mothers to help establish breastfeeding, breastfeeding and supply, and infant-led breastfeeding procedures. Hand suction also helps the infant's gastrointestinal tract maturation, hand control maturation, and also provides infant comfort. Suction is the most systematic behavior for infants and helps control sleep / wakefulness. In addition, the baby has many nerve endings around the hands and mouth that it learns, feels secure, and communicates with.

Whereas traditional wrapped pod designs allow babies to suck their hands by sucking through a cloth, infant caregivers and breastfeeding specialists have found that for babies directly from skin to hand without a layer of cloth. I agree that it is important to have access to. In addition, it is safer and preferable for infants not to smoke the fabric, as there is a risk of detergents and chemicals being contained in the fabric after washing, which increases the exposure and risk associated with the detergents and chemicals contained in the fabric. Minimize.

SSAW supports the baby in a walnut-like support state to suppress the Moro reflex, allowing the baby to sleep on the back in a natural support position with multiple arm position options, Moro reflex or surprise reflex Designed to enjoy the benefits of walnuts, including less awakening and longer baby sleep due to. The design is optimized for the lower, central, and upper regions of the baby described below.

In the lower areas (waist and legs), the SSAW is not tight around the hips and legs and can bend the hips and knees, providing ample room for leg movement. In the central area (torso), the walnut bag with adjustable wings is relatively snug to provide support around the center and abdomen, helping the baby feel at ease.

In the upper area (chest, arms and hands), the SSAW is snug, but not too tight, and the included wrap suppresses movements associated with the Moro reflex. The SSAW with a uniquely shaped sleeve (1) keeps both arms uncovered by open fold cuffs on both hands, ready for the infant to use for skin and skin suction for infant cue and self-peace. Bend and place on the midline, (2) Both hands with one hand covered with folded cuffs, one hand uncovered, and the infant can use for skin and skin aspiration for infant cue and self-peace. Bend your arms and place them on the midline, (3) Bend your arms and place them on the midline while your hands are covered, but within reach of your mouth for self-comfort, (4) Cover your hands One arm extended above the shoulder, either covered or uncovered, one arm placed on the midline with covered or uncovered hand, (5) covered hand Allows for multiple arm positions combined with multiple configurations for folded cuffs (as presented in certain embodiments), including extending both arms above the shoulders, either or uncovered become.

In some embodiments, an important advantage arises from the combination of folded cuffs, sleeve design, and narrow wrap described herein. Specifically, when the cuffs are closed, the baby cannot easily use his hands to grab the lower edge of the wrap and pull the wrap up to areas of the neck and face that can pose a dangerous condition. Therefore, the cuff and sleeve design works with narrow wraps to provide safety benefits and benefits including improved access for diaper change and increased hip and knee mobility.

1A, 1B, 2A, and 2B are diagrams showing various diagrams and calibrations of the wrapping device 100 according to the first embodiment. As shown in FIG. 1A, the wrapping device 100 has a bag 101, a first sleeve 104a, a second sleeve 104b, a wrap 110, and a neck opening 102 to allow entry and exit for babies. Includes a bidirectional zipper 108. In other embodiments, snaps or other fasteners may be used in place of the zipper 108.

The wrap 110 is configured to reliably wrap the baby. The wrap 110 is usually at least as long as the maximum perimeter of the bag portion of the device 110. The lap 110 includes a first loop fastener portion 112, two hook fastener portions 114, and a second loop fastener portion 116 (as seen in FIG. 1B) on the rear of the lap. The two hook fasteners 114 may be detachably attached to either the first loop fastener portion 112 prior to washing or to the second loop fastener portion 116 when the infant is wrapped in the wrap 110. As seen in the rear view of the device 100 (FIG. 1B), the wrap 110 is formed from a panel of cloth having an attached loop fastener portion 116. In this example, portion 116 is substantially rectangular with rounded corners. In other embodiments, additional or differently shaped portions such as ellipses, circles, etc. may be used.

As mentioned above, the wrap 110 is uniquely sized to provide certain benefits to babies and caregivers. As shown in the rear view of FIG. 1B, the wrap 110 extends along a first axis 120 perpendicular to a second axis 122 extending from the neck opening to the bottom of the bag. The length of the wrap is measured along the first axis 120 and is longer than the perimeter of the bag of the device. In some embodiments, the wrap is at least 1.5 times the perimeter of the bag so that there is sufficient cloth to secure the baby and attach the hook and loop fasteners.

As mentioned above, the lap 110 is relatively narrow compared to the prior art design. In addition, the wrap is relatively "short" in that it does not extend well below the center of device 100. In some embodiments, the wrap 110 does not extend beyond the upper part of the baby's waist. As seen in FIG. 2A, the wrap 110 has a lower edge 130 of maximum distance below the narrowest portion of the bag measured between the reference lines 134 and 132. In addition, as seen in FIG. 2B, the wrap 110 has an upper edge 140 below the neck opening shown relative to the reference line 142. In the illustrated embodiment, the upper edge 140 is below the neck opening of about 1 inch (2.54 cm). In a different embodiment, the wrap is one of 10 inches (25.4 cm), 11 inches (27.9 cm), 12 inches (30.5 cm), and 13 inches (33 cm) (with the top edge 140). It has a maximum width (measured with and from the lower edge 130).

Some embodiments use a unique combination of fasteners to attach the wrap 110 to the bag of device 100. As can be seen in the front view of FIG. 2A, the wrap 110 is attached to the front panel of the bag via two fasteners 138a and 138b. Fastener 138 includes a plurality of stitches to strengthen the bond between the wrap 110 and the front panel of the device 100. In this embodiment, the fastener 138 is located approximately 1 inch (2.54 cm) from the side seam (not visible) that joins the front and rear panels of the bag. Fastener 138 acts to prevent the baby from pulling up the wrap 110 and moving the wrap as well as possible to the neck and facial areas, thereby reducing the risk of impairing access to fresh air and reducing the risk of choking. .. Studies have shown that impaired access to fresh air leads to rebreathing and increases the risk of SIDS. Additional fasteners may be used. For example, in the rear view of FIG. 2B, the wrap 110 is attached to the rear panel of the bag via a central stitch line 152 and fasteners 150a-c.

Some embodiments of device 100 include folded mittens cuffs. As seen in FIG. 1A, each sleeve 104 includes a corresponding folded mittens cuffs 106 (“folded cuffs” or “cuffs”). Each folded cuff 106 can be selectively opened by the caregiver. 1A and 1B show a front view and a rear view of the device 100 having the cuffs 106 in the open position, respectively. In this position, the cuffs 106 allow the baby to reach through the sleeve opening when the arm is not wrapped by the wrap 110, thereby providing the baby cue and self-peace by sucking his hand. Make it possible to give.

Each cuff 106 is sized so that when it is in the closed position, it is extremely difficult, if not impossible, for the baby to open the cuff 106. As shown in FIG. 1A, each cuff 106 has a length that can be measured along the vertical axis of the corresponding sleeve. The length of the cuffs is long enough that when the cuffs are closed, the baby forms a deep "pocket" that cannot be easily returned by the force applied to the ends of the cuffs by stretching the hand / arm. .. The deep pockets further prevent the baby from twisting his hands through the material layer of the closed cuffs 106. In some embodiments, each cuff 106 has a length of at least 2.5 inches (6.35 cm), preferably 2.75 inches (6.98 cm).

The sleeve of device 100 is also sized to keep the baby's hands closer to the baby's head and body. As can be seen in FIG. 1A, the length of each sleeve measured from the shoulder of the device 100 to the end of the sleeve 104 is relatively short compared to the length of a typical baby's arm. In some embodiments, the sleeve is 3.0 to 4.0 inches long. Due to the short sleeve length (along with other features discussed herein), the device 100 can partially suppress the Moro reflex when the baby's arm is on the outside of the wrap. The sleeve provides some constraints on the baby's arm, but not as large as provided by a walnut blanket or walnut device that helps hold the baby's arm down.

The sleeve extends upward in a Y-shape with a distal end above the shoulder line of the wrap device 100. As mentioned above, the mittens cuffs are shorter than the standard sleeve when closed, which creates resistance to prevent full extension. The shape of the sleeve is shaped to follow the position of the baby's arm, which rests his hand on his head and sleeps in a natural position. Each sleeve allows ample room for the baby's arms and hands to fit in the sleeve, allowing the baby to rest his hands on his chest and his elbows on both sides of his body to align his hands with his shoulders. Infants can sleep in multiple natural postures, including a posture in which the arm reaches over the shoulder in the touchdown position. The sleeve allows limited movement and partially suppresses arm movements associated with the Moro reflex.

2A and 2B show a front view and a rear view of the device 100 having the cuffs 106 in the closed position, respectively. The cuffs 106 include the baby's hand in the bag to prevent the baby from reaching out of the bag for caregivers who are worried about scratching their face when in the closed position. In this embodiment and other embodiments, the folded cuffs are in the closed position when folded from front to back (as shown) or in the closed position when folded from back to front. Note that it may be configured.

The walnut device 100 supports the baby in a walnut-like support state to suppress the Moro reflex, allowing the baby to sleep on the back in a natural support position with multiple arm position options, the Moro reflex or Designed to enjoy the benefits of walnuts, including less awakening due to the startle reflex and longer sleep of the baby.

The wrapping device 100 includes three separate parts or areas, each of which is optimized to provide one or more important functions or support to the baby. At the bottom (waist and legs), device 100 is able to bend the hips and knees without being tight around the hips and legs, providing ample room to move the legs. At the center (torso), the device 100 is relatively snug to provide support around the center and abdomen, helping the baby feel at ease. At the top (chest, arms and hands), the device 100 is tight, but not too tight, partially suppresses movements associated with the Moro reflex, allowing multiple arm position options for the baby to sleep in a natural and comfortable position. To. Arm position options include bending both arms and placing both hands on the inside midline of the bag, raising both arms and placing both hands on the shoulders in the bag, raising both arms and placing both hands on the inside shoulder of the bag Includes placing on or raising both arms and hands outside the bag available to the infant for skin and skin aspiration for infant cue and self-peace.

3A and 3B show a front view and a rear view of a second embodiment of the wrapping device 200 according to the second embodiment. The device 200 differs from the device 100 of the first embodiment (FIGS. 1 and 2) in that the wrap 110 of the device 200 is longer and does not include a fastener portion. It should be noted that the lap 110 shown here also includes a fastener portion on the front side of the device 100 in order to suppress the upward movement of the lap 110.

FIG. 4 shows a front view of a third embodiment of the case device 300. The device 300 differs from the device 100 of the first embodiment (FIGS. 1 and 2) in that the device 300 does not include a folded mittens cuff. Although three embodiments have been shown and described above, various features may be incorporated differently into other embodiments. For example, another embodiment may include a long wrap with fasteners and no folded cuffs.

FIG. 5 is a diagram showing an infant 502 in a wrapping device 500 according to an exemplary embodiment. Note that the baby's left hand is exposed, but its right hand is securely contained by the wrap in the openable sleeve.

FIG. 5 also shows the relative dimensions of the top, center, and bottom to the size of the baby's body. At the top, the sleeves and chest of device 600 (not shown under the wrap) are relatively tight to reduce and suppress upper body movements associated with the Moro reflex. In the central part, the device 600 fits relatively snugly around the area of the baby's abdomen. The comfort of this area helps the baby to feel at ease. At the bottom, the device 600 is wide enough to allow the baby to bend his hips and knees, while reducing and partially suppressing lower body movements associated with the Moro reflex.

The top, center, and bottom of the walnut device are sized to the size determined by the inventor to provide the benefits described above, including suppression of Moro reflexes, lower back health, and the like. In some embodiments, the central part of the walnut device has a perimeter in the range of 13-17 inches (33-43.2 cm), which is the perimeter of the device being premature, newborn, or older. It depends on whether it is made for the size of the baby. The central perimeter is designed to be 5-10% shorter than the perimeter of the baby's abdomen. Coupled with the use of a stretchable fabric structure, the smaller perimeter provides a moderately constant pressure on the baby's abdomen.

In contrast to the central dimension, the maximum perimeter of the bulb-shaped bottom may range from 21 to 26 inches (53.34 to 66.04 cm). In relative terms, the maximum perimeter of the bottom is at least 40% greater than the average perimeter of the center. In a typical embodiment, the maximum perimeter of the bottom is about 50% greater than the average perimeter of the center. In some embodiments, the central portion is substantially cylindrical in that its peripheral length does not change by more than 10% throughout. In other embodiments, the central portion has a waist narrower than its upper and lower ends, as seen, for example, in FIG. 1A.

6A-6C are images showing a plurality of diagrams of an exemplary wrapping device 600. FIG. 6A shows the babyless device 600. The device 600 has folded cuffs in the open position. FIG. 6B shows the device 600 in which the baby is wrapped in plastic wrap. Note that the baby's right hand is exposed through the open folded cuffs. FIG. 6C shows a device in which the baby is wrapped in plastic wrap, but both arms and hands are surrounded by plastic wrap. FIG. 6C shows the access provided by a narrow wrap configuration that allows the caregiver to access the diaper and baby's legs without removing the wrap.

The embodiments illustrated and described herein can be made primarily of front and rear fabric panels sewn together along the perimeter of each panel. Cloth panels are made of soft, stretchy cotton or substantially cotton-based cloth. In some cases, the fabric may contain rigid elastic fibers such as elastane. Various blends of cotton, synthetic, semi-synthetic, and / or elastic fibers may be used.

As described above, embodiments of the present invention have been illustrated and described, but many modifications may be made as long as they do not deviate from the spirit and scope of the invention. Therefore, the scope of the present invention is not limited by the above disclosure.

Claims (20)

It ’s a walnut device,
A bag having a left, right, top, center, and bottom, wherein the bag is configured to substantially surround the baby, the bag includes a neck opening, and the bag.
With a first sleeve portion coupled to the bag on the first side of the neck opening,
A second sleeve portion that is coupled to the bag on the second side of the neck opening, wherein the second side is opposite to the first side.
A wrap that can be operated to wrap a portion of the baby's arm and torso, the wrap on a first axis perpendicular to a second axis extending from the neck opening to the bottom of the bag. Extending along, the wrap has a length measured along the first axis, the length being longer than the maximum perimeter of the bag, and the wrap having upper and lower ends. Includes a wrap, wherein the upper end is below the neck opening, the lower end is below the upper end, and above the bottom of the bag.
The wrapping device at least partially restricts the baby's movements, thereby suppressing the Moro reflex, while also tightly enclosing the baby's torso, thereby providing a moderate constant pressure there. , Walnut device. The bottom has an average perimeter that is longer than the average perimeter of the central portion, and the bottom provides room for the baby to bend and stretch its hips and knees, while moderately limiting the range of movement. The wrapping device according to claim 1, wherein the wrapping device is configured to provide partial suppression of the Moro reflex. The wrap device according to claim 1, wherein the wrap has a maximum width between the top and bottom measured along the second axis, the maximum width being less than 13 inches (33 cm). .. The wrapping device of claim 1, wherein the lower end of the wrap is below the narrowest portion of the central portion of the bag, not more than 4 inches (10.16 cm) below. The wrapping device according to claim 1, wherein the length of the wrap is at least 1.5 times the maximum peripheral length of the upper portion of the bag. The wrapping device according to claim 1, wherein the length of the wrap is at least twice the maximum peripheral length of the upper portion of the bag, and the wrap does not include a fastener for fixing the wrap. The wrapping device of claim 1, wherein the wrap comprises at least one hook-and-loop fastener configured to secure the wrap. The wrapping device according to claim 1, wherein the wrap includes a cloth panel attached to the rear cloth panel of the bag, and the wrap is attached to the front cloth panel of the bag. The wrapping device of claim 8, wherein the lower edge of the wrap is sewn to the front panel of the bag at least in two places. The first sleeve portion and the second sleeve portion extend upward in a Y-shaped configuration having a distal end above the shoulder line of the wrapping device, and the first sleeve portion and the second sleeve portion The wrapping device according to claim 1, which is configured to limit the movement of the baby's arm. The first sleeve portion and the second sleeve portion each have a distal end that can be selectively opened by the caregiver, and as a result, when the distal end is in the open position, the baby's hand. The wrapping device according to claim 1, wherein the baby's hand is surrounded by the sleeve portion when the baby is exposed and the distal end is in the closed position. The first sleeve portion and the second sleeve portion each include a folded mittens cuff that can be selectively opened by the caregiver, the cuffs to allow access to the interior of the sleeve portion. The wrapping device according to claim 11, which is opened by returning the material of the part onto itself. The central portion has an average peripheral length that is 5-10% shorter than the peripheral length of the baby's abdomen to provide a moderately constant pressure on the baby's abdomen, and the bottom is from the peripheral length of the central portion. The wrapping device according to claim 1, which has an average circumference that is 50% longer. The wrap can be operated to wrap the baby while one or both arms of the baby are on the outside of the wrap, and when both arms of the baby are on the outside of the wrap, said in the bag. The upper part provides arm movements related to the Moro reflex that allow the baby to use his arm with sufficient range of motion to lift his torso and reposition his head when in the prone position. The wrapping device according to claim 1, which partially suppresses. The first and second sleeves extend upward in a Y-shape with a distal end above the shoulder line of the wrapping device, and the sleeves, respectively, allow the baby to open when the mittens cuffs are open. The wrapping device according to claim 1, which has a sleeve length shorter than a standard long sleeve so that one's hand can be easily accessed in the mouth and put in the mouth. The bag comprises a bidirectional zipper or snap that provides an inlet to the bag for the baby and an outlet from the bag for the baby, the zipper or snap from the neck opening to the center of the bag. The zipper or snap extends down through the portion to the bottom of the bag and the zipper or snap can be operated to access the diaper worn by the baby even when the baby is surrounded by the wrap. Item 1. The wrapping device according to item 1. The sleeves allow ample room for the infant's arms and hands to fit within the sleeves, whereby the infant rests his hands on his chest, with his elbows and shoulders side by side near his body, his arms. Allows sleep in multiple natural postures, including reaching over the shoulders in the touch-down position, the sleeve allows restricted movement and partially suppresses arm movements associated with the Moro reflex The wrapped device according to claim 1. It ’s a walnut device,
A bag that includes a neck opening and is configured to substantially surround the baby,
With a first sleeve portion coupled to the bag on the first side of the neck opening,
A second sleeve portion that is coupled to the bag on the second side of the neck opening, wherein the second side is opposite to the first side.
A wrap that can be operated to wrap a portion of the baby's arm and torso, the wrap having a length greater than the maximum perimeter of the bag and the wrap above the baby's waist. With rims, including wraps,
The wrapping device at least partially restricts the baby's movements, thereby suppressing the Moro reflex, while also tightly surrounding the baby's abdomen, thereby providing a moderate constant pressure there. , Wrap device. 18. The wrapping device of claim 18, wherein the bag comprises a front panel and a rear panel, and the wrap is attached to the front panel by stitching at two separate locations. The first sleeve portion and the second sleeve portion each have a distal end that can be selectively opened by the caregiver, and as a result, when the distal end is in the open position, the baby's hand. 18. The wrapping device of claim 18, wherein the baby's hand is enclosed within the sleeve when the distal end is in the closed position.

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