JP2022030428A - Head hood for baby carrier - Google Patents

Abstract

To make it convenient to check the face and situation of an infant and to make it possible to improve comfort for the infant.SOLUTION: A head hood 100 includes: a wide hood body part 110 covering the head of an infant B; a narrow string-like body 120 disposed at left and right both side end parts of the hood body part 110; a body side connection part 115 which is provided for a lower part in a lengthwise direction of the string-like body 120 and/or a lower part of the hood body part 110 and is connected to an upper part of a carrier body part 10 of a baby carrier 1; and a shoulder belt side connection part 125 provided for the upper part in the lengthwise direction of the string-like body 120 and freely removably connected to a shoulder belt part 20 of the baby carrier 1. The hood body part 110 is freely slidably fitted to the string-like body 120 and can vary an area covering the head of the infant B by sliding of the string-like body 120 in the lengthwise direction.SELECTED DRAWING: Figure 2

Description

The present invention relates to a head hood for a baby carrier that is attached to a baby carrier (child guard band) that assists and carries the baby when he / she holds or piggybacks the baby, and covers the head of the baby. It relates to a head hood for a baby carrier that can change the area covering the head of the baby carrier.

In order to prevent the baby's head from wobbling and bending backward when the baby's head is swayed and the baby is carried or piggybacked by a baby carrier using a baby carrier, in Patent Documents 1 to 3 and the like. As disclosed, a head hood (also called a sleeping hood) worn between the top of the carrier body and the shoulder belt covers the baby's neck from the head and supports the baby's wobbling head. ing. The head hood that covers the infant's head also functions as a sunshade, rain shield, and windbreak for the infant.

Here, as disclosed in Patent Documents 1 to 3, the head hood for preventing the head of a sleeping infant from wobbling and warping backwards has an infant on one end side thereof. It is attached to the upper part of the carrier body that supports the body, and the other end side is attached to the shoulder belt side that is hung on the shoulder of the parent user who holds the infant, and is in close contact with the parent's body. For infants, it completely covers the infant's head from the head side to the frontal region.

For this reason, when the head of the infant is covered with the head hood, the user such as a relative holding the infant may not be able to see the face or appearance of the infant and may feel anxious. In particular, if the area that covers the baby's head is large, the head hood can be expected to have the effect of blocking sound and light and inviting the baby to sleep well. It was difficult to confirm immediately. In addition, for infants of younger age, they often fall asleep in a hug using a baby carrier, and where the frequency and frequency of using the head hood is high, the infant covered with the head hood feels stuffy. I was worried about whether I was feeling or breathing, and there was a strong request to check the baby's face and appearance frequently.

Japanese Unexamined Patent Publication No. 2018-161244 Japanese Unexamined Patent Publication No. 2016-016171 Jitsuto 3155082 Gazette

However, in the conventional head hood including Patent Documents 1 to 3, the hook and the hook-and-loop fastener on the shoulder belt connection side of the head hood may be removed, or the upper end of the hood may be attached to the user side. The baby's face and appearance could not be confirmed unless the distance between the upper part of the hood and the user was widened by forcibly pulling it to the rear side on the opposite side.

However, if the hook or hook-and-loop fastener on the shoulder belt connection side of the head hood is removed, or if the upper end of the hood is forcibly pulled to increase the distance between the upper part of the hood and the user, The vibrations and sounds that accompany the operation may wake up the sleeping infant, and in some cases, the infant may feel uncomfortable due to disturbed sleep, which may be inconvenient for relatives and other users. rice field. In particular, young infants often fall asleep in a hug using a baby carrier, and where head hoods are frequently used, the hood may be turned over so as not to interfere with the infant's sleep. , It was troublesome for the user such as a relative to have to check the face and appearance of the baby by removing the attachment of the shoulder belt side of the head hood.

Further, in the conventional head hood such as Patent Document 1, the attachment position to the shoulder belt side can be selected so that the head of the infant can be effectively prevented from bending backward according to the height and growth of the infant. In some cases, the hood is made to have some elasticity to reduce the load caused by repeated stretching and pulling of the hood fabric to make it durable. Since the area to be covered cannot be changed freely, it may cause discomfort and discomfort due to oppressive feeling and suffocation in young infants whose entire head is completely covered. In particular, in the summer, while wearing a head hood can provide a sunshade effect, heat can be trapped and induce heat and stuffiness, which may further cause discomfort and discomfort due to oppressive feeling and suffocation.

Therefore, an object of the present invention is to provide a head hood for a baby carrier, which is easy to use for checking the face and appearance of an infant and can improve the comfort for the infant.

The head hood for a baby carrier according to the first aspect of the invention is connected to a carrier main body that supports the baby's body and the upper part of the carrier main body, and is hung on the left and right shoulders of a user who holds the baby in a hug or a piggyback ride. A head hood for a baby carrier having a pair of shoulder belts, a wide hood body covering the baby's head and a narrow hood body arranged at both left and right ends of the hood body. The main body side connection portion provided at the lower part in the length direction of each of the string-like bodies and / or the lower part of the hood main body portion is connected to the upper portion of the carrier main body portion of the baby carrier. Further, the shoulder belt side connecting portion provided at the upper portion of each string-shaped body in the length direction is detachably connected to the shoulder belt portion of the baby carrier, and in particular, the hood main body portion is said to be each of the above. It is slidably attached to the string-shaped body, and the area of the hood body portion covering the baby's head is changed by sliding the hood body portion in the length direction of each string-shaped body.

The shape of the hood body is not particularly limited as long as it has a predetermined area that covers the head of the baby, and is formed into, for example, a substantially rectangular shape, a substantially trapezoidal shape, a substantially arc shape, a substantially fan shape, or the like. It is wider than the string-shaped body.
The string-shaped body is connected to the left and right ends of the hood main body in the horizontal direction, and is narrower than the hood main body.
The hood main body and the two string-shaped bodies arranged at the left and right side ends thereof are those in which the hood main body is slidably attached to each string-shaped body in the length direction thereof. The hood body is a slide in the length direction of each string, and the area covering the head of the baby is variable.

The hood body is slidable with respect to the string-shaped body, so that the baby's face and appearance can be confirmed from the viewpoint of a user such as a parent holding or piggybacking the baby B, at least a part of the hood body. In particular, at least on the upper side of the hood body, that is, on the side connecting to the shoulder belt on the side opposite to the side connecting the baby carrier to the carrier body, it is slidable in the length direction of the string-like body. All that is required is that the entire hood body is slidable with respect to the length direction of the string-like body, that is, the position relative to the length direction of the string-like body can be slidably moved. Does not require.
Further, the slideable attachment at this time is, for example, by forming the left and right end portions of the hood body portion into a tubular shape and inserting a string-shaped body into the cylinder, or by inserting the string-shaped body into the cylinder, or the left and right sides of the hood body portion. By forming a plurality of annular portions at both end portions and inserting the string-shaped body into the ring, the hood main body portion can be slidably attached in the length direction of the string-shaped body. The variable area of the hood body that covers the infant's head means that the hood body slides in the length direction of the string-like body so that the hood body is moved or unfolded in a fold shape. That is, it means that the vertical length of the hood body (corresponding to the length direction of the string-shaped body) is reduced or expanded, and the apparent area of the hood body is reduced or expanded. ..

The main body side connection portion is provided at the lower portion of the string-shaped body opposite to the connection side to the shoulder belt portion in the length direction and / or at the lower portion of the hood main body portion in a direction perpendicular to the horizontal direction. It is connected to the upper part of the carrier body of the baby carrier. The connection form of the main body side connection part to the baby carrier main body may be such that the hood main body can prevent the baby's head from tilting backward and is connected to the baby carrier main body. It may be attached to the upper part by using a connector, may be attached by covering it, or by inserting it, or it may be integrally fixed by sewing. Alternatively, the shoulder belt portion connected to the upper part of the carrier main body portion may be wound in a ring shape around the base end portion side, and the wound state may be fixed by using a pair of connecting tools. Therefore, the attachment point when connecting to the upper part of the carrier main body does not require that it is the upper part of the carrier main body, and may be on the shoulder belt side connected to the upper part of the carrier main body.
As long as the shoulder belt side connection portion is detachably attached to the pair of shoulder belt portions of the baby carrier, the other end side in the direction opposite to the main body side connection portion in the length direction of the string-shaped body is detachably attached. Often, for example, it may be attached using a connector such as a hook corresponding to a pair of shoulder belt portions, or a string-shaped body may be wound around the shoulder belt portion in an annular shape and a pair of connectors may be used. It may be attached to fix the wound state.
As the pair of connectors, for example, hooks, hooks, buttons and loops (buttonholes), dot buttons, wire or hook-and-loop fasteners, buckles, magnets and the like can be used.

The hood body portion of the head hood for a baby carrier according to the second aspect of the present invention has left and right horizontal end portions formed in a tubular shape, and the string-shaped body is inserted into the tubular portion to form the string. It is slidably attached to the shape.

The hood body portion of the head hood for a baby carrier according to the third aspect of the present invention has a plurality of strips that can be connected in a ring shape to the upper and lower portions of the left and right ends of the head hood in the horizontal direction by a pair of connecting tools. The string-shaped body is inserted into the mounting portion connected in an annular shape, and is slidably and detachably attached to the string-shaped body. As the pair of connectors at this time, for example, a hook, a hook, a button and a loop (buttonhole), a dot button, a wire or a hook-and-loop fastener, a buckle, a magnet, or the like can be used.

The hood body portion of the head hood for a baby carrier according to the fourth aspect of the present invention is entirely attached to the string-shaped body so as to be slidable in the length direction thereof.
The fact that the entire hood body is slidable in the length direction of the string means that the position of the hood body relative to the length of the string can be changed.

The head hood for a baby carrier according to the fifth aspect of the present invention further slips off the hood body portion at both left and right end portions of the string-shaped body and / or the hood body portion where the string-shaped body is arranged. It has a slip-preventing means to prevent the hood from slipping off due to the movement of the baby's head.
As the slip prevention means, a convex portion may be provided on the surface of the string-shaped body and / or on the surface of the cylinder or the ring at both left and right end portions where the string-shaped body of the hood body is inserted. Alternatively, by forming the surface of them in an uneven shape, it is possible to prevent them from slipping off, but while ensuring a smooth slide of the hood body that is less likely to cause vibration, the hood body due to the movement of the baby's head, etc. It is desirable that the surface fastener can be prevented from slipping off, and for example, a method of attaching the loop side (female side) of the hook-and-loop fastener or adhering liquid rubber or elastoma can be adopted.

The slip-preventing means of the head hood for a baby carrier according to the sixth aspect of the present invention has a convex shape provided at both left and right end portions of the string-shaped body and / or the string-shaped body of the hood body. It is a locking portion or an uneven fabric.
The convex locking portion is provided, for example, by attaching a member such as a hook, a button, or a fastener, or by adhering a liquid rubber or an elastomer.
Further, as the uneven fabric, for example, a mesh fabric, a waffle fabric, or the like is used.

According to the head hood for a baby carrier according to the invention of claim 1, the wide hood body portion covering the baby's head is slidable with respect to the narrow string-shaped bodies arranged at the left and right end portions thereof. Since the area of the hood body that covers the baby's head is variable by sliding the hood body in the length direction of the string-shaped body, the lower part of the hood body and the lower part in the direction perpendicular to the horizontal direction of the hood body are formed. / Or connected to the carrier main body of the baby carrier by the main body side connecting portion provided on one end side in the length direction of the string-shaped body, and provided on the other end side in the length direction of the string-shaped body. If the hood body is slid in the length direction of the string while the baby carrier is attached to the shoulder belt of the baby carrier by the shoulder belt side connection portion, the range covered by the hood body to cover the baby's head is covered. Can be adjusted.

Therefore, without removing the head hood from the shoulder belt of the baby carrier, or by forcibly pulling the upper end of the hood body backward to widen the distance between the upper part of the hood body and the user. If you slide the hood body in the length direction of the string, you can check the baby's face and appearance. In such a slide operation, you can remove the head hood from the shoulder belt. It is difficult to give vibration or sound to the belt. Therefore, the area covering the infant's head by sliding the hood body without disturbing the sleep of the sleeping infant, and the adjustment of the range facilitates the frequent confirmation of the infant's appearance and face, which is convenient. It also provides comfort for infants without disturbing their sleep.

Further, since the area is variable by sliding the hood body, the range covering the infant's head can be adjusted according to the size, growth, appearance, temperature, etc. of the infant's head. Therefore, for example, when the infant's suffocation and oppressive feeling are worrisome, for example, if the area of the hood body covering the infant's head is reduced and used, the suffocation and oppressive feeling can be reduced. It will be possible. On the other hand, when the baby grows up, if the area covered by the baby in the hood body is widened, the feeling of cramping will not be given. Further, for example, in the summer, by reducing the area of the hood body, heat retention, heat, and stuffiness can be reduced, while in the winter, increasing the area of the hood body can be a measure against the cold.
In this way, the area and range that covers the infant's head can be adjusted by sliding the hood body according to the size, growth, appearance, temperature, etc. of the infant's head, improving comfort for the infant. Is also possible.

According to the head hood for a baby carrier according to the second aspect of the present invention, the string-shaped body is inserted into the tubular portions formed at the left and right ends of the hood body portion, and is slidably attached to the string-shaped body. Therefore, in addition to the effect according to claim 1, the hood body can be smoothly slid with respect to the string-like body.

According to the head hood for a baby carrier according to the third aspect of the present invention, a plurality of attachment portions formed in the upper and lower portions of the left and right ends of the hood main body and connected in a ring shape by a pair of connecting tools. Since the string-shaped body is inserted and slidably and detachably attached to the string-shaped body, in addition to the effect according to claim 1, the hood main body can be replaced. In addition, it is possible to attach a plurality of hood main bodies.

According to the head hood for a baby carrier according to the invention of claim 4, the whole hood body is attached to the string-shaped body so as to be slidable in the length direction thereof. In addition to the effect according to any one of 1 to 3, the relative position of the hood body with respect to the string-like body can be changed, and the size, growth, appearance, temperature, etc. of the baby's head can be changed. At the same time, the position covered by the hood body with respect to the baby's head can be adjusted. That is, by being able to change the relative position of the hood body with respect to the string-like body, for example, by changing the distance between the hood body and the baby carrier body, measures against heat retention, heat and stuffiness, cold protection, and heat retention can be made. It is possible to achieve both measures.

According to the head hood for a baby carrier according to the fifth aspect of the present invention, the hood body portion is further located at both left and right end portions of the string-shaped body and / or the hood body portion where the string-shaped body is arranged. In addition to the effect according to any one of claims 1 to 4, the hood body is less likely to slip off due to the movement of the baby's head or the like because the slip-preventing means for preventing the slip-off is provided. , Usability is improved.

According to the head hood for a baby carrier according to the invention of claim 6, the slip prevention means is provided at both left and right end portions of the string-shaped body and / or the string-shaped body of the hood body portion. It is a convex locking part or an uneven cloth. Therefore, in addition to the effect according to claim 5, a convex locking portion can provide a high drop-off effect, and a concave-convex fabric can have a slip-off effect with a small number of parts and manufacturing steps. Can be granted.

FIG. 1 is a front view showing the configuration of a head hood for a baby carrier according to the first embodiment of the present invention. FIG. 2 is a front view illustrating the slide of the hood main body of the head hood for a baby carrier according to the first embodiment of the present invention. FIG. 3 is an explanatory diagram illustrating a state in which the head hood for a baby carrier according to the first embodiment of the present invention is attached to the baby carrier. FIG. 4 is an explanatory view from the side showing the usage state of the baby carrier head hood according to the first embodiment of the present invention, and is an explanatory view (a) showing the usage state of the developed hood main body and the slid hood. It is explanatory drawing (b) which shows the use state of the main body part. 5 (a) to 5 (c) are explanatory views illustrating the slip prevention means for the baby carrier head hood according to the first embodiment of the present invention. 6 (a) to 6 (c) are explanatory views for explaining the baby carrier head hood according to the first modification of the first embodiment of the present invention. FIG. 7 is an explanatory diagram for explaining another example of the main body side connection portion. FIG. 8 is an explanatory diagram for explaining another example of the hood main body portion and the main body side connection portion. 9 (a) is a front view showing the configuration of the head hood for a baby carrier according to the second modification of the first embodiment of the present invention, and FIG. 9 (b) is the second modified example of the first embodiment of the present invention. It is a front view explaining the slide of the hood main body part of the head hood for a baby carrier which concerns on. 10 (a) is a front view showing the configuration of the head hood for a baby carrier according to the third modification of the first embodiment of the present invention, and FIG. 10 (b) is the third modification of the first embodiment of the present invention. It is a front view explaining the slide of the hood main body part of the head hood for a baby carrier which concerns on. FIG. 11 (a) is a front view showing the configuration of the hood main body of the head hood for a baby carrier according to the second embodiment of the present invention, and FIG. 11 (b) is a front view showing the configuration of the hood main body according to the second embodiment of the present invention. It is a front view which shows the structure of the head hood for use. FIG. 12 is a front view illustrating the attachment of a plurality of hood main bodies of the baby carrier head hood according to the second embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
In addition, in each embodiment, the same symbol and the same reference numeral mean the same or corresponding functional portions, and the same symbol and the same reference numeral in each embodiment are common functional portions in those embodiments. Therefore, a detailed description of duplication will be omitted here.
[Embodiment 1]

First, the configuration of the baby carrier head hood 100 (hereinafter, simply abbreviated as “head hood 100”) according to the first embodiment of the present invention will be described with reference to FIGS. 1 to 4.
The head hood 100 of the first embodiment has two wide hood main bodies 110 that cover the head M of the infant B and two narrow hood main bodies 110 that are arranged at both left and right horizontal ends of the hood main body 110 in the horizontal direction. It has a string-shaped body 120 and the like.

The hood main body 110 has a predetermined area covering substantially the entire head from the occipital side to the frontal side and the temporal side of the infant B, for example, the whole is 20 to 30 cm (horizontal) × 22 to 42 cm. It is set to the (vertical) dimension. The hood main body 110 in FIGS. 1 to 3 is a substantially base having a wide width from one end side on the connection side of the baby carrier 1 to the carrier main body 10 to the other end side on the opposite side, which will be described later. It is formed in a shape.

The hood main body 110 may be made of one piece of dough, or may be made of two or more pieces of dough stacked on top of each other. When two or more fabrics are stacked, the stacked fabrics may be integrated by sewing or adhesive, the entire circumference may be closed by sewing or adhesive, or the fabric may be closed in a bag shape or a pocket shape. May be good. The type of fabric is not particularly limited, and water-absorbent cotton fabric, breathable fabric such as mesh fabric, waterproof, water-repellent fabric, UV-cut fabric, and the like can be used. Two or more of the same dough may be stacked, or different doughs may be used in combination. For example, of the front and back surfaces, a water-absorbent fabric is used on the inner surface side of the infant B, which is arranged on the head side, and a waterproof, water-repellent or UV-cut fabric is used on the outer surface side on the opposite side. You may. Further, from the function of the hood body 110 for preventing the head of the infant B from bending backward, a fabric having not so large elasticity and elasticity is used, but the head of the infant B is used. Some elasticity, from the point of reducing the tension load of the dough when receiving the weight of the part and making the dough last longer, and from the point of not giving cramping to the head of the growing infant B. Elastic fabrics such as power net fabrics, satin net fabrics, stretch satin fabrics, stretch lace fabrics and the like may be used.

When a plurality of fabrics are stacked to form the hood main body 110, the hood main body 110 is formed in a bag shape with an upper opening, and for example, a cushion material, batting, etc. are inserted and accommodated therein. It is also possible to softly protect the neck of the infant B before sitting on the neck, and to provide a support function for supporting and fixing the hood body 110 so that the neck does not wobble. Then, when the infant B grows up and does not need to fix the neck, it is possible to impart a cold insulation and heat insulation effect by storing a cold insulation agent such as gel or a heat insulation agent in the bag-shaped hood body 110. be.
Of course, the same effect can be obtained by providing a bag-shaped pocket capable of accommodating a cushion material, a batting, a cold insulating agent, a heat insulating agent, etc. on the outer surface side of the hood main body 110.

Further, in the first embodiment, the lower end portion of the hood main body 110 in the direction perpendicular to the horizontal direction (vertical direction), that is, the substantially trapezoidal shape of the hood main body 110 in FIGS. 1 to 3 is parallel to each other. At one end of the opposite side, which is the short side, a main body side connection portion 115 to which a connector 115A consisting of a hook for connecting to the carrier main body portion 10 side of the baby carrier 1, which will be described later, is attached to both left and right sides is integrated. It is provided in.

The main body side connection portion 115 provided at one end of the narrow side of the hood main body portion 110 in FIGS. It has a plurality of (two in FIGS. 1 to 3) male or female hooks 115A that engage with a plurality of (two in FIG. 3) female or male hooks 115B provided on the upper part of the main body 10. In the first embodiment, the hook 115B provided on the upper portion of the carrier main body portion 10 of the baby carrier 1 is engaged with the hook 115A of the main body side connecting portion 115 provided on the lower end portion of the hood main body portion 110. By the separation (release), the hood main body 110 can be attached to and detached from the carrier main body 10 of the baby carrier 1.

In addition, in FIGS. It is arranged on the inner surface side and engages with the concave or convex part of the hook 115B arranged on the outer surface side of the carrier main body portion 10 of the baby carrier 1. However, when carrying out the present invention, the convex or concave part side of the hook 115A may be provided on the outer surface side opposite to the head side of the infant B.

Further, in the hood body 110 of the first embodiment, the hood body 110 in FIGS. 1 to 3 is located at the center of the upper end of the baby carrier 1 on the side opposite to the connection side to the carrier body 10. Elastic rubber 114 (flat rubber, woven rubber, knitted rubber, cole rubber, rubber tape, etc.) is arranged at the center of the other end, which is the long side of the opposite sides parallel to each other in the substantially trapezoidal shape. is doing. The rubber 114 is sewn, for example, inside the fabrics on the front and back surfaces of the two layers. By arranging the rubber 114 in this way, even if the hood body 110 is made of a material having poor elasticity, the hood body 110 is provided with some elasticity in the lateral width direction, and the head of the infant B is provided with some elasticity. The load due to the tension of the dough when it receives the weight of the part can be reduced to prolong the life of the dough. In addition, it is possible to prevent the head of the growing infant B from being cramped.
In particular, as will be described later, the hood body 110 of the first embodiment is slidable in the length direction of the string-shaped body 120, and is the upper side of the hood body 110 in a direction perpendicular to the horizontal direction. When the baby B is slid, the shape of the head of the infant B causes a change in the horizontal tension applied to the fabric. For example, when the upper end of the hood body 110 comes to a position corresponding to the crown of the infant B, the horizontal tensile force becomes large. However, if the hood main body 110 is made elastic by attaching the rubber 114, the load on the fabric is reduced, and even when the hood body 110 is slid, it is difficult to give cramping to the head of the infant B. As described above, the same effect can be obtained by using a slightly elastic fabric for the hood main body 110.

Then, in the hood main body 110 of the first embodiment, each of the left and right end portions in the horizontal direction, that is, the opposite sides of the substantially trapezoidal shape of the hood main body 110 in FIGS. 1 to 3 which are not parallel to each other. The end portion is formed in a tubular shape (bag shape), and a long string-shaped body 120 is inserted into the tubular portion 111, respectively. At this time, as shown in FIGS. 1 to 3, the total length of each string-shaped body 120 is not inserted into the tubular portion 111 of the hood main body 110, and the predetermined length is the hood. It is not inserted into the tubular portion 111 of the main body portion 110 and extends from the tubular portion 111. The shape of the string-shaped body 120 is not particularly limited, and may be a flat plate shape or a substantially circular cross section.

In the first embodiment, each string-shaped body 120 inserted into the tubular portions 111 at the left and right side ends of the hood main body 110 has a tubular portion 111 at one end side (lower side) in the length direction thereof. It is partially sewn at the lower part of the hood by the sewing line 112, and is fixed at the lower part of the tubular portion 111 of the hood main body portion 110 so as not to come off from the tubular portion 111. On the other hand, since each string-shaped body 120 is not fixed to the tubular portion 111 of the hood main body 110 except for one end side (lower side) thereof, the direction perpendicular to the horizontal direction of the hood main body 110. The upper side of the hood body 120 is slidable along the length direction of the string-shaped body 120, and when the hood body 110 is slid with respect to the length direction of the string-shaped body 120, the vertical length of the hood body 110 changes. The area covering the head of infant B is variable. That is, as shown in FIG. 2, the hood main body 110 is directed toward the main body side connection portion 115 side (lower side) which is the connection side of the baby carrier 1 to the carrier main body portion 10 with respect to the length direction of the string-shaped body 120. When the hood body 110 is slid, the dough of the hood body 110 is brought closer to shorten the vertical length, and the area covering the head of the baby B is reduced. On the other hand, as shown in FIG. 1, when the baby carrier 1 is slid toward the side opposite to the main body side connection portion 115 (upper side), that is, toward the shoulder belt connection side 125A to be attached to the shoulder belt portion 20 of the baby carrier 1, which will be described later. , The fabric of the hood body 110 unfolds and becomes longer in length, and the area covering the head of baby B becomes wider.

Thus, in the first embodiment, a tubular portion 111 closed in a bag shape is provided at each of the left and right ends of the hood main body 110 in the horizontal direction, and one string-shaped body 120 is inserted therein. However, although one end side (lower side) of the string-shaped body 120 in the length direction is sewn at the lower portion of the tubular portion 111 with the sewing line 112, the tubular portion is sewn above the sewing line 112. Since it is not fixed to 111, the upper side of the hood body 110 in the direction perpendicular to the horizontal direction is slidable along the length direction of the string-shaped body 120 with respect to the length direction of the string-shaped body 120. When the hood body 110 is slid, the vertical length is variable, and the area covering the head of the infant B is variable.

In the first embodiment, the position of the sewing line 112 on which the string-shaped body 120 is sewn to the tubular portion 111 is approximately 2/3 of the length of the hood main body 110 from the upper end edge of the hood main body 110. It exists at the position of about 3/4, and the length of about 2/3 to 3/4 of the hood main body 110 on the upper side of the hood main body 110 is slidable with respect to the length direction of the string-shaped body 120. The area can be changed by sliding.
In the case of carrying out the present invention, from the viewpoint of usability and convenience, the length is approximately 1/3 or more of the length of the hood main body 110, and the string-like body 120 can be slidable in the length direction. , The area may be variable. More preferably, the length is about 1/2 or more of the length of the hood main body 110, and more preferably, the length is about 2/3 or more of the length of the hood main body 110. It is slidable and has a variable area.

Further, in each string-shaped body 120 to which the hood body 110 is slidably attached by inserting the string-shaped body 120 into the left and right tubular portions 111 formed at the left and right side end portions of the hood body portion 110 in this way, the tubular body portion 120 has a tubular shape. A shoulder belt side connection to which a connector 125A consisting of a hook for attaching to the shoulder belt portion 20 of the baby carrier 1 is attached to the other end side, that is, the upper portion, which is opposite to the sewing side to the lower portion of the portion 111. A portion 125 is provided.

That is, on the inner surface side (opposing surface side of the shoulder belt 20) at the upper portion in the length direction of each string-shaped body 120 extending from the tubular portion 111 without being inserted into the tubular portion 110 of the hood main body portion 110. , A shoulder belt side connection portion 125 is provided to which one or more male or female hooks 125A engaged with the female or male hook 125B provided on the outer surface side of the shoulder belt portion 20 of the baby carrier 1 are attached. .. Thus, in the first embodiment, the hook 125B provided on the shoulder belt portion 20 of the baby carrier 1 is engaged with or separated (disengaged) from the hook 125A provided at the other end in the length direction of the string-shaped body 120. ) Makes the string-shaped body 120 detachable from the shoulder belt portion 20 of the baby carrier 1.

In addition, in FIGS. It is arranged on the inner surface side, which is the surface side, and engages with the concave or convex part of the hook 125B arranged on the outer surface side of the shoulder belt portion 20 of the baby carrier 1. Since the convex or concave part side of the hook 125A does not appear on the outer surface side of the string-shaped body 120, it is difficult for the user M to get caught in the surrounding objects such as the hair.

In particular, even if there is only one female or male hook 125B provided on the shoulder belt portion 20 of the baby carrier 1, a plurality of corresponding male or female hooks 125A are provided along the length direction of the string-shaped body 120. In this case (three for each string-shaped body 120 in FIGS. 1 to 3), it is possible to select the connection position of the head hood 100 with respect to each shoulder belt portion 20.
If the connection position of the head hood 100 with respect to the shoulder belt portion 20 can be selected, the head hood 100 and the user can be selected according to the size and growth of the head of the infant B and the physique of the user M holding the infant B. Since the distance between M can be adjusted, it is possible to effectively prevent the head of the infant B from falling backward and bending back without giving the infant B a feeling of cramping.

As described above, the head hood 100 of the first embodiment has a long shape in each tubular portion 111 having both left and right horizontal ends of the hood main body 110 covering the head of the infant B formed in a tubular shape. The hood body 110 is slidable in the length direction of a pair of left and right strings 120 by the attachment in which the string 120 is inserted, and the hood body 110 is slid in the length direction of the string 120. The area covering the head of the infant B is variable.

As described above, the head hood 100 of the first embodiment has a male or female hook 115A for attaching to the lower end of the hood main body 110 and the upper part of the carrier main body 10 of the baby carrier 1. A shoulder belt side having a male or female hook 125A for attaching to a predetermined position of the shoulder belt portion 20 of the baby carrier 1 at the upper portion in the length direction of the string-shaped body 120. A connection portion 125 is provided to join the hook 115B of the carrier body 10 of the baby carrier 1 to the hook 115A of the head hood 100, and the hook 125B of the shoulder belt portion 20 of the baby carrier 1 and the hook 125A of the head hood 100. It is attached to the baby carrier 1 and used by joining with the baby carrier 1.

Here, a schematic configuration of an example of the baby carrier 1 to which the head hood 100 of the first embodiment is attached will be described with reference to FIGS. 3 to 5, and the baby carrier 1 to which the head hood 100 is attached will be described. , Connected to the carrier body 10 that is applied to the back side of the baby B and supports the baby B on the side opposite to the user M side that holds the baby B in a hug or piggyback ride, and to the upper left and right sides of the carrier body 10. It has a pair of shoulder belt portions 20 that are hung on both the left and right shoulders of the user M.

When the carrier body 10 of the baby carrier 1 holds the baby B so that the ventral side of the baby B's body faces the relative user M who holds the baby B like a face-to-face hug or a forward piggyback ride. It is applied to the back side of the body of baby B.
Further, the shoulder belt portion 20 of the baby carrier 1 is connected to the left and right sides of the upper portion of the carrier main body portion 10 in an annular shape, and is hung on the left shoulder and the right shoulder of the user M.
Depending on the type of baby carrier 1, an adjuster may be provided on the shoulder belt portion 20 so that the length of the shoulder belt portion 20 can be freely adjusted, or the left and right shoulder belt portions 20 can be connected to each other. By providing a shoulder belt adjusting portion that allows the distance between the shoulder belts to be slidably provided with respect to the left and right shoulder belt portions 20, the left and right shoulder belt portions 20 may not easily come off the shoulders according to the physique of the user M. Also, some are designed to reduce the burden on the shoulders.
Further, depending on the type of the baby carrier 1, a waist belt portion attached around the waist of the user M is provided at the lower end portion of the carrier main body portion 10 in order to further reduce the burden on the shoulder of the user M. There is also.

Here, the carrier main body 10 of the baby carrier 1 to which the head hood 100 of the first embodiment is mounted has a main body side connection portion provided on one end side of the hood main body 110 of the head hood 100 above the carrier main body 10. Female or male hooks 115B corresponding to the male or female hooks 115A on both the left and right sides of the 115 are provided, and the hood body 110 of the head hood 100 can be freely attached. In FIGS. 1 to 3, a pair of hooks 115A and 115B are provided at two locations on the left and right sides, but the number may be larger than the number.

In the baby carrier 1 shown in FIGS. 3 to 5, a storage portion 12 which is a bag-shaped pocket having a predetermined storage volume is provided in the upper part of the carrier main body portion 10, and the storage portion 12 is provided. The head hood 100 can be accommodated inside. Then, the hook 115B is attached in the accommodating portion 12, and the connection with the head hood 100 is performed in the accommodating portion 12. By installing the hook 115B in the accommodating portion 12, the hook 115B is not exposed on the outer surface of the carrier main body portion 10, so that there is no risk of damaging the infant B or surrounding objects, and it is safe. Further, if the accommodating portion 12 is provided, when the head hood 100 is not used, the head hood 100 is compactly stored in the accommodating portion 12 by folding and winding the head hood 100, which makes it difficult to understand the existence of the head hood 100 from the appearance. , It is possible to ensure the design and safety of the appearance. At this time, the head hood 100 may be completely separated from the baby carrier 1, removed, and stored in the accommodating portion 12, or the head hood 100 may be removed from the shoulder belt portion 20 side, and the carrier main body portion 10 may be removed. It may be housed in the accommodating portion 12 while maintaining the attachment to the side.

Incidentally, in FIG. 3, the main body side connection portion 115 of the head hood 100 is connected to the outer surface side of the carrier main body portion 10 of the baby carrier 1 on the inner surface side which is the head side of the baby B, and the head hood 100 is the baby. It is attached to the outer surface side of the carrier main body 10 of the carrier 1, that is, the surface opposite to the arrangement side of the baby B. As a result, the connection portion between the head hood 100 and the carrier main body 10 of the baby carrier 1 using the hooks 115A and 115B does not come into contact with the baby B, so that no discomfort is given. However, when carrying out the present invention, the head hood 100 may be connected on the inner surface side of the carrier main body 10 of the baby carrier 1.

Further, the shoulder belt portion 20 of the baby carrier 1 to which the head hood 100 of the first embodiment is attached has a string of the head hood 100 at a position separated by a predetermined length from the connection position to the upper portion of the carrier main body portion 10. A female or male hook 125B corresponding to the male or female hook 125A of the shoulder belt side connection portion 125 provided on the other end side of the body 120 is provided, and the string-shaped body 120 of the head hood 100 can be attached. Be free. The hook 115B is provided at a predetermined position of the shoulder belt portion 20 so as to come to a position corresponding to the vicinity of the apex of the shoulder of the user M, for example, when the infant M is held on the front side of the user M.

When the head hood 100 of the first embodiment is used for such a baby carrier 1, the main body side connection portion 115 of the head hood 100 is connected to the hook 115B on the carrier main body portion 10 side of the baby carrier 1. By joining the hook 115A of the above and by joining the hook 125A of the shoulder belt side connection portion 125 of the head hood 100 to the hook 125B on the shoulder belt portion 20 side of the baby carrier 1, the carrier main body portion 10 of the baby carrier 1 is joined. The head hood 100 is attached between the shoulder belt portion 20 and the shoulder belt portion 20. This makes it possible to use the hood function of the head hood 100 that covers the head of the infant B held by the baby carrier 1.

In this way, the head hood 100 of the first embodiment is attached to the upper portion of the carrier main body 10 of the baby carrier 1 and the shoulder belt portion 20, so that the hood main body 110 covers the head of the infant B and sleeps. Even when the head of the baby B is wobbling and tilted backward, the head of the baby B is supported and the head of the baby B is prevented from bending backward. In addition, it can be expected that infant B will have a good night's sleep due to the light-shielding and soundproofing effects. Further, even when the user B bends down, such as picking up an object that has fallen underneath, if the head hood 100 is spread between the upper part of the carrier body 10 and the shoulder belt 20 of the baby carrier 1, the baby is infants. B is hard to fall. In addition, the head hood 100 attached between the shoulder belt portion 20 and the upper portion of the carrier body portion 10 of the baby carrier 1 also functions as a sunshade, a rain shield, and a windbreak for the baby B, and in winter. It is also effective for cold protection and heat retention. Further, it is also useful as a cover or the like for concealing breastfeeding when breastfeeding while holding the baby carrier 1 in a worn state. Further, for the infant B who cannot use the mask, wearing the head hood 100 that covers substantially the entire head of the infant B also prevents infection. In addition, when the relative user M eats with the baby carrier 1 attached, if the head of the infant B is covered with the head hood 100, the baby can be spilled or the like.

In particular, as described above, the head hood 100 of the first embodiment is a vertically long tubular portion 111 formed at both left and right end portions in the horizontal direction of the hood main body portion 110 covering the head of the infant B. A long string-shaped body 120 is inserted with respect to the above, and is not fixed to the string-shaped body 120 on the upper side in a direction perpendicular to the horizontal direction. That is, the hood body 110 is freely attached to the string-shaped body 120 so as to be slidable in the length direction thereof, and the area and area covering the head of the infant B by the slide on the upper side of the hood body 110. Is variable.
Therefore, the head hood 100 is still attached to the shoulder belt portion 20 and the carrier main body portion 10 of the baby carrier 1 without removing the attachment of the head hood 100, and the hood main body portion 110 is attached to the length direction of the string-shaped body 120. By sliding the upper side, the range covered by the hood body 110 with respect to the head of the baby B can be adjusted.

Therefore, as shown in FIG. 4A, the upper side opposite to the connection side to the carrier main body 10 is pulled up and deployed in the direction approaching the shoulder belt connection side 125, and is used by the hood main body 110. Even if the baby B's face is invisible to the person M and the baby B's head is completely covered, the upper side of the hood body 110 in the direction perpendicular to the horizontal direction is the string-shaped body 120. If the dough slides toward the carrier main body 10 side in the length direction of the hood, as shown in FIG. 4 (b), the dough on the upper side of the hood main body 110 moves toward the connection side to the carrier main body 10 and the hood. The area of the main body 110 that covers the head of the infant B is reduced, that is, the position of the upper part of the hood main body 110 with respect to the head of the infant B changes, and the user M can confirm the face and appearance of the infant B. It is possible to shift the hood body 110 to the position. Of course, after checking the face and appearance of infant B, slide the hood body 110 toward the connection side to the shoulder belt 20 in the length direction of the string-shaped body 120, and the entire head of infant B can be seen again. The hood body 110 can be deployed so as to completely cover it, and by covering substantially the entire head of the infant B, a light-shielding and soundproofing effect can be obtained, leading to a comfortable sleep.
Then, in the operation of sliding the hood body 110 in the length direction of the string-shaped body 120 in this way, vibrations occur, such as when the hooks 125A and 125B of the head hood 100 are removed from the shoulder belt 20 of the baby carrier 1. Since it is difficult to generate noise and noise, it is possible for the user M to check the face and appearance of the baby B without giving a stimulus that disturbs the sleep of the sleeping baby B, which makes it easy to use and also makes the baby B easier to use. Comfort is ensured without disturbing sleep. In addition, in the past, even if an attempt was made to forcibly pull the upper part of the hood backward to widen the distance between the upper part of the hood and the user to check the face, appearance, and breathing of the infant B, there is a limit to the interval that can be expanded, and the infant B is limited. While it takes time to check the face, appearance, and breathing of the baby, the one that slides the hood body 110 in the length direction of the string-shaped body 120 makes it easy to check the face, appearance, and breathing of infant B, which is convenient. Highly sex.

Further, since the area of the head hood 100 of the first embodiment is variable by sliding the string-shaped body 120 of the hood main body 110 in the length direction, the size and growth of the head of the infant B can be adjusted. The range covering the head of the infant B can be adjusted steplessly by the intention and the sense of the user M by observing the state of the infant B and the like.
Therefore, for example, when the infant B with a small head in the young age is held and the infant B is worried about the suffocation and the feeling of oppression, the upper side of the hood body 110 is connected to the carrier body 10. If the area of the hood body 110 that covers the head of the infant B is reduced by sliding to the side, that is, if the area that covers the head of the baby B is reduced by the hood body 110, the feeling of suffocation and oppression can be felt. It will be difficult to give. Further, when the upper side of the hood body 110 is slid to the connection side to the carrier body 10, the fabric of the hood body 110 can be gathered together on the back of the head side of the infant B, so that the cushioning property can be enhanced. It is also possible to strengthen the support and protection of the neck for a young infant B whose neck is unstable. Then, even when the infant B grows up and the head becomes large, if the upper side of the hood body 110 is slid to the connection side to the shoulder belt 20 and deployed, the head of the infant B is covered with a wide area. Because it can be done, it is difficult to give the infant B a feeling of cramping. Also, in the summer, the area and range of the hood body 110 that covers the head of the infant B can be reduced so that heat buildup, heat, and stuffiness do not occur, while in the winter, the infant B can protect against the cold and keep warm. It is also possible to adjust the area and range of the hood body 110 that covers the head of the hood.
Thus, according to the head hood 100 of the first embodiment, the area, width, and range covering the head of the infant B can be freely adjusted by sliding the hood body 110, so that the hood can be used comfortably for the infant B. Is possible.

In addition, if the baby B becomes sleepy while holding or carrying the baby B using the baby carrier 1, the head hood 100 is attached to the carrier body 10 and the shoulder belt 20 in advance, and the baby B is attached. If the hood body 110 is moved to the carrier body 10 side so as not to obstruct the view and the movement of the neck, the hood body 110 faces the shoulder belt part 20 connection side when the baby B falls asleep. Since the hood main body 110 covers and supports the head of the infant B only by sliding it, it is possible to prevent the head of the infant B from wobbling and squeezing backward. In particular, conventionally, in a state where the infant B is piggybacked, it is difficult for the user B's hand to reach the back side. Therefore, after the infant B falls asleep, the user B grabs the string-shaped body 120 and attaches it to the shoulder belt portion 20. The movement and operation of wearing it were inconvenient, and those movements and vibrations sometimes interfered with falling asleep. However, when the infant B becomes sleepy, the head hood 100 is connected to the carrier body 10 and the shoulder belt 20 in advance, and the hood body 110 is slid to a position that does not give the infant B a sense of discomfort. After the infant B falls asleep, the head hood 100 is slid to cover the infant B's head, so that vibration and sound are unlikely to occur, so that a stimulus that interferes with the sleeping infant B's sleep is given. It is possible to cover and support the head of the infant B with the hood body 110 without any problem. In particular, if the operation is to slide the hood main body 110 at this time, even the back side of the user M is within easy reach, so that the operation is relatively easy and the usability is good. Even if the baby is piggybacked, the user M can check the face and appearance of the baby B by sliding the hood body 110 without giving a stimulus that disturbs the sleeping baby B. It's easy.

In addition, even when the hood is used for sun protection, rain protection, cold protection, wind protection, infection prevention, etc. when infant B is awake, the head of infant B can be moved by sliding the hood body 110. The area to be covered can be adjusted, and the visibility of infant B can be easily widened or narrowed. The hood does not obstruct the visibility of infant B according to the appearance of infant B, the size of the head, etc. It is also possible to cover with the main body 110.

By the way, in the head hood 100 of the first embodiment, the string-shaped body 120 is inserted into the tubular portions 111 at the left and right left and right end portions of the hood main body portion 110, and the inner peripheral length of the tubular portion 111 is long. Depending on the relationship between the (inner diameter) and the peripheral length (diameter) of the string-shaped body 120, the type of fabric of the hood body 110 and the string-shaped body 120, etc., smooth slide operability that is unlikely to cause vibration by human hands and The hood body 110 does not gradually slip off toward the connection side to the carrier body 10 with respect to the length direction of the string body 120 due to the movement of the head of the infant B or the vibration caused by the movement of the user M. It may be difficult to balance, balance, and adjust the retention.

Therefore, when the present invention is carried out, in order to further improve usability, in order to prevent the hood body 110 from slipping off due to vibration due to the movement of the head of the infant B or the movement of the user M, etc. It is also possible to provide a slip prevention means.

For example, as shown in FIG. 5, a snap button, a concave or convex portion such as a hook, or a button is provided on the surface of the string-shaped body 120 and / or on the inner surface side of the cylinder of the tubular portion 111 into which the string-shaped body 120 is inserted. By attaching one or more non-slip members such as concave or convex portions of the hook-and-loop fastener to form the convex locking portion 130, the slip prevention means can be configured.
In this way, on the surface of the string-shaped body 120 and / or at a predetermined position on the inner surface side of the tubular portion 111, a concave or convex portion such as a snap button or a hook, a concave or convex portion of a button or a hook-and-loop fastener, or the like. When the convex locking portion 130 is provided by mounting, the movement of the head of the infant B, the vibration due to the movement of the user M, etc., while ensuring the smooth slide of the hood main body 110 with respect to the string-shaped body 120, etc. It is possible to prevent the hood main body 110 from slipping off to the connection side to the carrier main body 10 without permission. The convex locking portion 130 formed by attaching a concave or convex portion such as a snap button or a hook, or a non-slip member such as a concave or convex portion of a button or a hook-and-loop fastener is an upper end portion of a tubular portion 111 of the hood body portion 110. Alternatively, there may be only one position (two locations on the left and right) of each string-shaped body 120 corresponding to the position of the upper end portion of each tubular portion 111 of the hood main body portion 110 in the unfolded state. As shown in 5 (a), a plurality of the string-shaped bodies 120 may be provided along the length direction to prevent the string-shaped body 120 from slipping off in stages. Further, the convex locking portion 130 may be provided at only one place on the peripheral surface of the string-shaped body 120, or may be provided at a plurality of positions. The attachment points may be random along the length direction of the string-shaped body 120. Convex locking portions 130 may be formed on both the inner surfaces of the string-shaped body 120 and the tubular portion 111.

In particular, as the non-slip member forming the convex locking portion 130, the same one as the connector 125A when the string-shaped body 120 of the head hood 100 is attached to the shoulder belt portion 20 (hook in the first embodiment) is used. When used, that is, when the head hood 100 is also used as a connector 125A that selectively connects the head hood 100 to the shoulder belt portion 20, the number of parts is small, the cost is low, and the productivity is maintained.

Further, a hook-and-loop fastener may be used as a non-slip member for forming the convex locking portion 130. If it is a hook-and-loop fastener, as shown in FIG. 5B, it can be provided in substantially the entire range in which the hood main body 110 slides. In particular, if the loop side (female side) of the hook-and-loop fastener 130 is used, sound is less generated and the hood main body 110 can ensure smooth sliding property, while the effect of preventing slipping is high. Further, the loop side (female side) of the hook-and-loop fastener 130 is provided on both the tubular portion 111 and the string-shaped body 120, and the loop side (female side) of the hook-and-loop fastener 130 is slid to each other to slide the tubular portion 111 and the string. There is no damage caused by rubbing of the fabric that constitutes the shape 120, it can be used for a long time, there is little noise, and the hood body 110 ensures smooth slideability and has a high prevention effect of slipping off. Is possible.

As another example of the slip prevention means, for example, liquid rubber, resin, or elastomer is adhered to the surface of the string-shaped body 120 and / or the inner surface side of the cylinder of the tubular portion 111 into which the string-shaped body 120 is inserted. By forming the convex locking portion 130, the slip-off preventing means can be configured.
That is, the string-shaped body 120 can also be provided with a convex locking portion 130 by adhering liquid rubber, resin, or elastomer at a predetermined position on the surface of the string-shaped body 120 and / or the tubular inner surface of the tubular portion 111. While ensuring a smooth slide of the hood body 110 with respect to the above, it is possible to prevent the hood body 110 from slipping off due to vibration caused by the movement of the head of the infant B or the movement of the user M.

As yet another example of the slip prevention means, as shown in FIG. 5 (c), one annular member, for example, an annular member made of a rubber material having a high coefficient of friction or the like is provided around each string-shaped body 120. The slip-off preventing means can also be configured by forming a plurality of convex locking portions 130 along the radial direction.
That is, even if the convex locking portion 130 is provided on the string-shaped body 120 by attaching the annular member, the hood main body portion 110 slips off while ensuring a smooth slide of the hood main body portion 110 with respect to the string-shaped body 120. A preventive effect can be obtained.

As yet another example of the slip-preventing means, the slip-off preventing means may be formed by forming the surface of the string-shaped body 120 and / or the inner surface of the tubular portion 111 into which the string-shaped body 120 is inserted with an uneven cloth. Can be configured. As the uneven fabric at this time, for example, a mesh fabric, a knitted fabric, a waffle fabric, a wrinkled fabric, or the like can be used.
By using such an uneven fabric, it is possible to prevent the hood body 110 from slipping off while ensuring a smooth slide of the hood body 110 with respect to the string-shaped body 120.

As yet another example of the slip prevention means, by forming unevenness by partially changing the thickness and the cross section in the tubular portion 111 into which the string-shaped body 120 and / or the string-shaped body 120 is inserted. Also, a slip-off prevention means can be configured. For example, the string-shaped body 120 to be inserted into the tubular portion 111 has a partial thickness or cross-sectional change by forming a string-like body 120 formed by knitting a plurality of strings or forming a specific shape such as connecting them in a bead shape. It becomes a thing. It is also possible to partially change the thickness and cross section by partially suturing or stitching the front and back surfaces of the fabric forming the string-shaped body 120 or the fabric forming the tubular portion 111. Even with the partial thickness of the string-shaped body 120 and the tubular portion 110 and the formation of irregularities due to changes in the cross section, the hood body portion 110 slips off while ensuring a smooth slide of the hood body portion 110 with respect to the string-shaped body 120. The effect is obtained.

By providing such a slip-off preventing means, the hood body 110 moves to the carrier body 10 even if the head or the like of the infant B moves, while ensuring smooth sliding property that does not easily generate sound or vibration of the hood body 110. Position retention that does not slip off to the connection side of the is obtained, and it is possible to improve usability.

In the first embodiment, the hook 125A of the shoulder belt side connecting portion 125 provided at one end of the string-shaped body 120 of the head hood 100 and the hook 125B provided at a predetermined position of the shoulder belt portion 20 of the baby carrier 1. By joining and separating the head hood 100, the head hood 100 can be attached to the shoulder belt portion 20 of the baby carrier 1, and the main body side connection portion provided at the lower end portion of the hood main body 110 of the head hood 100 in the direction perpendicular to the horizontal direction. The head hood 100 can be attached to the carrier main body 10 of the baby carrier 1 by joining and separating the hook 115A of 115 and the hook 115B provided on the upper part of the carrier main body 10 of the baby carrier 1.
However, when the present invention is carried out, the form in which the head hood 100 is attached to the baby carrier 1 is not limited to the above.

That is, the connector of the shoulder belt side connection portion 125 that connects the head hood 100 to the shoulder belt portion 20 side is not limited to the hook 125A provided at one end of the string-shaped body 120, and the button and loop, the hook and ring, and the like. The head hood 100 may be freely attached to the shoulder belt portion 20 side by using a snap button, a spring hook, a fastener, a Naskan, an adhesive cloth, a string, a buckle, or the like. Alternatively, as a form of attaching the string-shaped body 120 to the shoulder belt portion 20, for example, an annular member such as a loop or a D-can is attached to the shoulder belt portion 20 side, and a pair of connecting tools is attached to the tip end portion side of the string-shaped body 120. (For example, hook, button and loop, hook and ring, snap button, spring hook, fastener, eggplant can, adhesive cloth, string, buckle, etc.) are attached, and the tip side of the string-like body 120 is an annular shape on the shoulder belt part 20 side. As a configuration in which the string-shaped body 120 of the head hood 100 can be freely attached to the shoulder belt portion 20 side by inserting it into a member, making a U-turn, folding it back, and joining a pair of connectors to each other to connect them in a ring shape. May be good. Or, for example, a pair of connectors (eg, hooks, buttons and loops, hooks and rings, snap buttons, spring hooks, fasteners, eggplant cans, adhesive cloths, strings, buckles, etc.) on the tip side of the string-shaped body 120. The string of the head hood 100 is attached by winding the tip end side of the string-shaped body 120 in a ring shape around the shoulder belt portion 20 and joining a pair of connectors to each other and attaching the string-shaped body 120 in a ring shape around the string-shaped body 120. The shape 120 may be configured to be freely attached to the shoulder belt portion 20.

Further, the connector of the main body side connection portion 115 to which the head hood 100 is connected to the carrier main body portion 10 side is not limited to the use of the hook 115A provided at one end of the hood main body portion 110, for example, a button, a loop, and a hook. The head hood 100 may be freely attached to the carrier main body 10 side by using a ring, a snap button, a spring hook, a fastener, a NASCAN, an adhesive cloth, a string, a buckle, or the like.

Alternatively, as the main body side connection portion 115, a core material is provided at the lower portion of the hood main body portion 110 of the head hood 100 in the length direction with respect to the horizontal direction, while the baby carrier 1 has a pocket into which the core material portion is inserted and inserted. The head hood 100 may be freely attached to the carrier main body 10 by providing the carrier main body 10 and inserting the core material portion of the hood main body 110 into the pocket of the carrier main body 10. An elastic band may be provided on the carrier main body 10 instead of the pocket, and the core material portion of the hood main body 110 may be restrained by the elastic band so that the head hood 100 can be freely attached to the carrier main body 10. ..
Alternatively, as the main body side connection portion 115, the lower side of the hood main body 110 of the head hood 100 in the length direction with respect to the horizontal direction is formed in a bag shape, and the head hood is covered with the upper portion of the carrier main body 10 side. It is also possible to configure the 100 so that it can be freely attached to the carrier main body 10.
As another example, an elastic band is annularly connected to the lower part of the hood body 110 in the horizontal length direction, or a pair of fittings (eg, hooks, buttons and loops, hooks and rings, snap buttons, springs). Attach a pair of string-like bodies that can be connected in a ring shape with hooks, fasteners, Naskan, adhesive cloth, strings, buckles, etc., and insert the upper part of the carrier body 10 into the ring formed at the bottom of the hood body 110. It is also possible to make the structure freely mountable by winding it around the upper part of the carrier main body 10 in the horizontal direction.

As yet another example of the main body side connection portion 115, a hook, a button and a loop, a hook and a ring are attached to the lower part of the hood main body portion 110 of the head hood 100 in the horizontal direction and at each end on each of the left and right sides thereof. , Snap buttons, spring hooks, fasteners, eggplants, adhesive cloths, strings, buckles, etc. are used to provide a string-like body that can be connected in a ring shape, and these string-like bodies are placed on the upper part of the carrier body 10. The head hood 100 can be freely attached to the carrier main body 10 by winding and fixing it around the base end side (connection side to the carrier main body 10) of the connected shoulder belt portion 20. ..

In particular, in the case where the head hood 100 can be freely attached to the baby carrier 1 as described above, the head hood 100 can be removed from the baby carrier 1 and only the head hood 100 can be washed, so that cleanliness can be maintained. Furthermore, if a plurality of head hoods 100 are prepared for replacement and replaced with a clean one as soon as it gets wet with sweat or the like, even if it is used for a long time, itching of the skin due to stuffiness and bacterial growth will not occur. Pleasure can be reduced. Of course, a plurality of types having different materials may be prepared and exchanged with them. For example, in the case of infant B before sitting on the neck, by attaching the head hood 100 having the hood body 110 having partially enhanced cushioning and cushioning properties, the wobbling of the neck can be fixed and the protection can be enhanced. Can be done. Then, when the baby B grows up and the neck becomes stable, it may be changed to a thin one that is less likely to cause cramping or stuffiness. As a result, the head hood 100 becomes comfortable with less load as the baby B grows.
Further, in the summer, the head hood 100 having the hood body 110 made of a breathable material can be attached to reduce stuffiness, while in the winter, the head hood 100 having the hood body 110 made of a non-breathable material can be attached. For example, the heat retention effect can be enhanced. Furthermore, if the head hood 100 can be replaced, fashion can be enjoyed by selecting different patterns. It is also possible to remove the head hood 100 from the baby carrier 1 and lay it under the buttocks when suddenly changing diapers. When not using the head hood 100, it can be removed from the baby carrier 1.

Further, in the above description, in the main body side connection portion 115 of the head hood 100, the hooks 115 corresponding to the hook 115B provided on the carrier main body portion 10 of the baby carrier 1 are provided at two positions on the left and right sides in the horizontal direction. However, when the present invention is carried out, for example, as shown in FIG. 8, a plurality of locations may be provided in a direction perpendicular to the horizontal direction. This makes it possible to select the connection position of the carrier main body 10 with respect to the hook 115B. Even if the connection position of the head hood 100 with respect to the carrier body 10 can be selected, the range covering the head of the infant B can be adjusted stepwise, so that the size and appearance of the head of the infant B, the temperature, and the like can be adjusted. It is possible to adjust the area covered by the head of the infant B, and it is possible to improve the comfort for the infant B.

However, in the case of carrying out the present invention, the head hood 100 is not limited to the configuration in which the head hood 100 can be freely attached to the carrier main body 10 of the baby carrier 1, and the lower portion of the hood main body 110 in the direction perpendicular to the horizontal direction. The main body side connection portion 115 provided in the above may be fixed to the carrier main body portion 10 by sewing. That is, the main body side connection portion 115 of the head hood 100 may be connected to the carrier main body portion 10 of the baby carrier 1 by sewing.

Here, in the head hood 100 of the first embodiment, the string-shaped body 120 is inserted into the tubular portion 111 formed at the left and right both end portions of the hood main body portion 110, and the lower side of the string-shaped body 120 is formed. Since the sewing line 112 is sewn on the lower side of the tubular portion 111, the upper side of the hood body portion 110, which is above the sewing line 112, slides in the length direction of the string-shaped body 120. While it is free, the slide stops at the position of the sewing line 112, and the lower side of the tubular portion 111 of the hood main body 110, that is, the connection side to the carrier main body 10, is fixed to the string-shaped body 120. ing.
However, in the case of carrying out the present invention, the lower side of the hood main body 110 is also slidable, and the entire hood main body 110 is made slidable in the length direction of the string-shaped body 120 so that the string-shaped body 120 can be slid. It is also possible to make the position of the hood main body 110 slidable with respect to the length direction of the hood.

That is, the hood main body 110 may be attached to the string-shaped body 120 so as to be slidable in the length direction thereof, and the area of the hood body 110 may be variable.
Here, as an example in which the entire hood main body 110 is attached to the string-shaped body 120 so as to be slidable in the length direction thereof, the modified example 1 according to the first embodiment will be described with reference to FIG. ..
In the head hood 100A according to the first modification shown in FIG. 6, the string-shaped body 120 is inserted through each of the tubular portions 111 at the left and right end portions of the hood main body portion 110, and the hood main body portion 110 is each string-shaped body 120. Since it is not sewn to any position of the main body side connection portion 115 provided at the bottom of the hood, the entire hood main body portion 110 is slidably attached to the string-shaped body 120 in the length direction thereof. Is what you are doing.

Specifically, in the head hood 100A according to the first modification, tubular portions 111 are formed at both left and right end portions of the hood main body portion 110 that covers the head of the infant B, and a string shape is formed in each of the tubular portions 111. The body 120 is inserted. Further, the carrier main body portion of the baby carrier 1 is connected to one end portions of the left and right string-shaped bodies 120 arranged at the left and right side end portions of the hood main body portion 110 in the length direction so as to connect between them. A main body side connection portion 115 having a hook 115A for attaching to 10 is provided. That is, at one end of the left and right string-shaped bodies 120 in the length direction, the main body side connecting portion 115 is arranged in a direction substantially perpendicular to the length direction of the string-shaped body 120. A shoulder belt side connecting portion 125 having a hook 125A for attaching to the shoulder belt portion 20 is provided at the other end of the string-shaped body 120 on the opposite side to the main body side connecting portion 115.

In this way, in the head hood 100A according to the first modification, the string-shaped body 120 is passed through each of the tubular portions 111 formed at the left and right side end portions of the hood main body portion 110, and the left and right side end portions of the hood main body portion 110 are also passed. A main body side connecting portion 115 is provided at the lower end portions of the left and right string-shaped bodies 120 arranged in the above so as to connect them, and the hood main body portion 110 is either the string-shaped body 120 or the main body side connecting portion 115. The entire hood body 110 is slidable with respect to the length direction of the string-shaped body 120, and the position of the hood body 110 is slidable.

Also in the head hood 100A according to the first modification, as in the first embodiment, the infant B is moved or unfolded by the slide of the hood main body 110 with respect to the length direction of the string-shaped body 120. The area covering the head of the infant B is variable, and the range covering the head of the infant B can be adjusted by sliding the hood body 110 with respect to the length direction of the string-shaped body 120. Therefore, with the head hood 100 attached to the shoulder belt portion 20 and the carrier main body portion 10 of the baby carrier 1 without removing the attachment of the head hood 100, the user M to the baby B can slide the hood main body portion 110. It is possible to check the face and appearance. Then, in the operation of sliding the hood main body 110 at this time, vibration and sound are generated as in the case of removing the head hood 100 from the shoulder belt portion 20 of the baby carrier 1, that is, as in the case of removing the hooks 125A, 125B and the like. Therefore, it is easy to use because it does not give a stimulus that disturbs the sleep of the sleeping baby B by the repeated slide operation of the hood main body 110. In addition, the comfort that sleep is not disturbed is ensured for infant B as well. Further, also in the head hood 100A according to the first modification, the area covering the head of the infant B according to the size, growth, appearance, temperature, etc. of the head of the infant B by sliding the hood main body 110. The size and range can be adjusted freely, making it possible to use a comfortable hood.

In particular, in the head hood 100A according to the first modification, since the entire hood main body 110 is slidable with respect to the string-shaped body 120, the position of the hood main body 110 can be freely moved with respect to the string-shaped body 120. It can be changed, the area change of the hood body 110 can be made larger, and the position and area covered by the hood body 110 with respect to the head of the infant B can be changed in a wide range.
Therefore, for example, when the baby B is worried about the heat, stuffiness, etc. in the summer, as shown in FIG. 6 (c), the lower side of the hood main body 110 faces the connection side to the shoulder belt 20 and the main body side. If you slide it away from the connection part 115 and leave a gap between the main body side connection part 115 and the hood main body 110, the ventilation will be better on the neck side of the infant B, so it will be hot and stuffy. Can be reduced and comfort for infant B can be improved. At this time, since a gap is left on the lower side of the hood main body 110, ventilation can be improved while maintaining the light-shielding effect. In particular, by improving the ventilation on the neck side of the infant B near the lymph and blood vessels, the heat felt by the infant B can be effectively reduced. It is also possible to effectively reduce heat and stuffiness by sandwiching a cold towel or the like in the gap between the main body side connection portion 115 and the hood main body portion 110. On the other hand, in winter, if the main body side connection portion 115 and the hood main body portion 110 are not separated from each other, it is effective for cold protection and heat insulation measures. Therefore, it is possible to achieve both measures against stuffiness in the summer and measures against the cold and heat in the winter.
Further, even if the area of the hood body 110 is reduced from the viewpoint of portability and the like, the position of the hood body 110 can be moved according to the position and height of the head of the baby B, so that the baby B grows. Even if the head becomes large, the effect of preventing wobbling of the head during sleep can be ensured.

In the first modification shown in FIG. 6, the main body side connecting portion 115 connects the lower portions of the left and right string-shaped bodies 120 arranged at the left and right both end portions of the hood main body 110 so as to connect the string-shaped body 120. Hooks 115A for connecting to the carrier main body 10 are attached to the left and right end portions of the main body side connection portion 115 in a direction substantially perpendicular to the length direction at the lower portion of the above. In the case, as shown in FIG. 7, each main body side connecting portion 115 including the hook 115A may be formed at the lower portion of each string-shaped body 120 in the length direction. A plurality of hooks 115A are provided in a direction substantially perpendicular to the horizontal direction of the carrier main body 10, that is, along the length direction of the string-shaped body 120, and the connection position of the carrier main body 10 with respect to the hook 115B can be selected. You may try to do it.

Here, in FIGS. 1 to 7 showing the first embodiment and its modified example 1, the shape of the hood main body 110 of the head hood 100 is from the connection side to the carrier main body 10 to the shoulder belt 20. Although it has a substantially trapezoidal shape that is wide toward the connection side, the present invention is not limited to this, and may be a substantially rectangular shape, a substantially arc shape, a substantially fan shape, or the like.
Further, as shown in FIG. 8, the hood main body 110 may have a three-dimensional shape. For example, by stitching the two parts of the fabric cut by the curve on the curved side, it is possible to form a three-dimensional structure in which the two parts of the fabric are joined at the center side of the hood main body 110. Alternatively, a three-dimensional shape may be formed by inserting darts on the center side of the hood body 110, or a V-shaped notch (slit) may be made on the center side of the hood body 110, for example. It is also possible to form a three-dimensional shape by joining between the cut ends using a fastener such as a suture or a snap button, a hook, or a hook-and-loop fastener.

When the hood body 110 is three-dimensionally formed in this way, there is a margin in the space covering the head of the infant B, so that the feeling of tightening and oppression on the head of the infant B can be reduced, and the comfort can be improved. Can be improved. Further, since it easily fits the shape of the head of the infant B, it is possible to prevent the hood body 110 from slipping off due to the movement of the head of the infant B, the movement of the user M, and the vibration, and the sense of stability is improved.

Here, a modification 2 according to the first embodiment will be further described with reference to FIG. In the second modification according to the first embodiment, as shown in FIG. 9A, the hood main body 110 has a predetermined shape with the upper side wide and the lower side narrow, and a cylinder on the wide upper side. The shaped portion 111 is formed, and the string-shaped portion 120 is inserted through the tubular portion 111.

That is, in the head hood 100B according to the second modification, tubular portions 111 are formed at both left and right ends on the upper side of the hood main body portion 110 that covers the head of the infant B, and a string shape is formed in each of the tubular portions 111. The body 120 is inserted. Further, a main body side connecting portion 115 to which a hook 115A for connecting to the carrier main body portion 10 is attached is provided at the lower portion of the string-shaped body 120 in the length direction and the lower portion of the hood main body portion 110. The main body side connection portion 115 connects the lower portion of the hood main body portion 110 and the left and right string-shaped bodies 120 so as to connect the lower portions of the left and right string-shaped bodies 120 arranged at the left and right left and right end portions of the hood main body portion 110. It is provided in a direction substantially perpendicular to the length direction at the lower part of the. A shoulder belt side connecting portion 125 having a hook 125B for connecting to the shoulder belt portion 20 is provided at the upper portion of the string-shaped body 120 in the length direction.

In the head hood 100B of the second modification having such a configuration, the string-shaped body 120 is inserted into the tubular portions 111 formed at the left and right left and right end portions of the wide upper portion of the hood main body portion 110, and the tubular shape of the hood main body portion 1100 is formed. Since the portion 111 is not fixed to the inserted string-shaped body 120, the wide upper side of the hood main body portion 110 is slidable with respect to the length direction of the string-shaped body 120.

That is, also in the head hood 100B according to the second modification, the fabric is moved or unfolded by the wide upper slide of the hood main body 110 with respect to the length direction of the string-shaped body 120, as in the first embodiment. As a result, the area covering the head of the infant B is variable, and the range covering the head of the infant B can be adjusted by sliding the hood body 110 with respect to the length direction of the string-shaped body 120. Therefore, with the head hood 100 attached to the shoulder belt portion 20 and the carrier main body portion 10 of the baby carrier 1 without removing the attachment of the head hood 100, the slide on the upper side of the hood main body portion 110 is performed from the user M. It is possible to check the face and appearance of baby B. Then, in the operation of sliding the hood body 110 at this time, vibration and sound are generated as in the case of removing the head hood 100 from the shoulder belt portion 20 of the baby carrier 1, that is, as in the case of removing the hooks 125A, 125B, and the like. Therefore, it is easy to use because it does not give a stimulus that disturbs the sleep of the sleeping baby B by the repeated slide operation of the hood main body 110. In addition, the comfort that sleep is not disturbed is ensured for infant B as well. Further, also in the head hood 100A according to the second modification, the area covering the head of the infant B according to the size, growth, appearance, temperature, etc. of the head of the infant B by sliding the hood main body 110. The size and range can be adjusted freely, enabling comfortable hood use.

In particular, in the head hood 100B according to the second modification, the lower side of the hood main body 110 is formed to be narrow, so that, for example, when the baby B is worried about the heat and stuffiness in the summer, FIG. As shown in the above, slide the upper side of the hood main body 110 toward the shoulder belt connection side and separate it from the main body side connection portion 115, and expand the main body side connection portion 115 and the wide upper side of the hood main body 110. If the narrow lower side of the hood body 110 covers the neck side of the infant B and the area covering the neck side of the infant B is reduced at intervals, the heat and stuffiness can be reduced. At this time, since a gap is left on the lower side of the hood main body 110, ventilation can be improved while maintaining the light-shielding effect. In particular, by improving the ventilation of the neck portion near the lymph and blood vessels, the heat felt by the infant B can be effectively reduced. Further, it is possible to effectively reduce heat and stuffiness by inserting a cold towel or the like in the gap between the narrow lower portion of the hood main body 110 and the string-shaped body 120. On the other hand, in winter, if the wide upper side of the hood main body 110 is slid closer to the main body side connection portion 115 and the distance between the wide upper part of the hood main body 110 and the main body side connection portion 115 is closed, cold protection and heat retention can be achieved. It is effective as a countermeasure. Therefore, it is possible to achieve both measures against stuffiness in the summer and measures against the cold and heat in the winter. Further, when the wide upper side of the hood main body 110 is slid closer to the main body side connection portion 115, the narrow lower side fabric and the wide upper side fabric of the hood main body 110 overlap with each other. It is also possible to improve the support and cushioning properties to prevent wobbling of the neck.

Further, as the modification 3 according to the first embodiment, as shown in FIG. 10, the hood body 110 of the modification 1 and the hood body 110 of the modification 2 may be used in combination.
That is, in the head hood 100C according to the third modification, the hood main body 110 covering the head of the infant B is composed of two separate hood main bodies 110A and a second hood main body 110B, and is a string. The first hood main body 110A and the second hood main body 110B are slidably attached to the shape 120. The first hood main body 110A formed in a substantially trapezoidal shape or a substantially rectangular shape has a tubular portion 111A formed at both left and right end portions thereof, and a string-shaped body 120 is inserted through each tubular portion 111A. .. On the other hand, the second hood main body 110B is formed in a predetermined shape with the upper side wide and the lower side narrow, and the tubular portions 111B are formed on the left and right ends of the wide upper side. , The string-shaped body 120 is inserted through the tubular portion 111B. The first hood main body 110A is arranged on the inner surface side (the head side of the infant B) of the narrow lower portion of the second hood main body 110B, and the first hood main body 110B is located on the narrow lower side of the second hood main body 110B. The hood main body 110A is overlapped with each other. In the unfolded state, the vertical length of the first hood main body 110A has substantially the same vertical length as the narrow lower portion of the second hood main body 110B, and the wide upper portion of the second hood main body 110B is formed. It is arranged on the first hood main body 110A.

Further, a main body side connecting portion 115 to which a hook 115A for connecting to the carrier main body portion 10 is attached is provided at the lower portion of the string-shaped body 120 in the length direction and the lower portion of the hood main body portion 110B. The main body side connection portion 115 connects the lower portions of the hood main body portion 110B and the left and right strings so as to connect the lower portions of the left and right string-shaped bodies 120 arranged at the left and right left and right end portions of the hood main body portion 110A and the hood main body portion 110B. The lower part of the shape 120 is provided in a direction substantially perpendicular to the length direction thereof. The lower end of the first hood main body 110A is separated without being fixed to the main body side connection portion 115. A shoulder belt side connecting portion 125 having a hook 125B for connecting to the shoulder belt portion 20 is provided at the upper portion of the string-shaped body 120 in the length direction.

With such a configuration, in the head hood 100C according to the third modification, the first hood main body 110A and the second hood main body 110B are each slidable with respect to the length direction of the string-shaped body 120.
Further, even in the head hood 100C according to the third modification, the fabric is moved by the wide upper slide of the first hood main body 110A and the second hood main body 110B in the length direction of the string-shaped body 120. The area that covers the head of the infant B can be changed by unfolding it, and the head of the infant B can be covered by sliding the hood body 110 with respect to the length direction of the string-shaped body 120. The range can be adjusted. Therefore, with the head hood 100 attached to the shoulder belt portion 20 and the carrier main body portion 10 of the baby carrier 1 without removing the attachment of the head hood 100, the user M to the baby B can slide the hood main body portion 110. It is possible to check the face and appearance. Then, in the operation of sliding the hood body 110 at this time, vibration and sound are generated as in the case of removing the head hood 100 from the shoulder belt portion 20 of the baby carrier 1, that is, as in the case of removing the hooks 125A, 125B, and the like. Therefore, it is easy to use because it does not give a stimulus that disturbs the sleep of the sleeping baby B by the repeated slide operation of the hood main body 110. In addition, the comfort that sleep is not disturbed is ensured for infant B as well.

Further, also in the head hood 100C according to the third modification, the slide of the first hood main body 110A and the second hood main body 110B corresponds to the size, growth, appearance, temperature, etc. of the head of the infant B. Since the area, area, and range covering the head of infant B can be freely adjusted, comfortable hood use is possible.
In particular, the hood main body 110 is formed of a first hood main body 110A and a second hood main body 110B that are separated from each other, and each of the first hood main body 110A and the second hood main body 110B is slidable and string-shaped. By attaching to 120, as shown in FIG. 10B, it is possible to leave a space between the wide upper portion of the second hood main body 110B and the first hood main body 110A arranged below the wide upper portion. However, as shown in FIG. 10A, the distance from the first hood main body 110A can be closed. That is, since the distance between the wide upper portion of the second hood main body 110B and the first hood main body 110A arranged below the wide upper portion can be changed, the area in the middle portion of the hood main body 110 can be changed. Further, it is also possible to slide the first hood main body 110A away from the main body side connection portion 115 to open or close the main body side connection portion 115 and the first hood main body portion 110A.

Therefore, for example, in the summer, when the baby B is worried about the heat and stuffiness, the distance between the wide upper part of the second hood main body 110B and the first hood main body 110A, the main body side connection portion 115 and the first By leaving a space from the hood body 110A, the area of the hood body 110 that covers the head of the infant B becomes smaller, and the ventilation is improved more effectively to reduce heat and stuffiness. .. At this time, since a gap is left on the lower side of the hood main body 110, ventilation can be improved while maintaining the light-shielding effect. By improving the ventilation of the neck part near the lymph and blood vessels, the heat felt by infant B can be effectively reduced. In addition, it is possible to effectively reduce heat and stuffiness by inserting a cold towel or the like in the gaps at intervals.
In particular, even if the air permeability is improved in this way, on the neck side of the infant B, the narrow lower portion of the first hood main body 110A and the second hood main body 110B overlap, so that the head and neck Wobble is effectively prevented.
On the other hand, in winter, a wider area can be obtained by closing the distance between the wide upper portion of the second hood main body 110B and the first hood main body 110A and the distance between the main body side connection portion 115 and the first hood main body 110A. Since the head of infant B can be covered with, it is effective for cold protection and heat insulation measures. Therefore, it is possible to achieve both measures against stuffiness in the summer and measures against the cold and heat in the winter.
Further, on the neck side of the infant B, the narrow lower portion of the first hood main body 110A and the second hood main body 110B overlaps, so that the support and cushioning to prevent the head and neck from wobbling are high. can.
[Embodiment 2]

Next, the baby carrier head hood 200 (hereinafter, simply abbreviated as “head hood 200”) according to the second embodiment will be described with reference to FIG. 11.
In the first embodiment, the hood body 110 is slidable with respect to the string 120 by passing the string 120 through the tubular portion 110 having both left and right ends of the hood body 110 formed in a cylindrical shape. It is attached to.
On the other hand, in the second embodiment, a plurality of strip-shaped mounting portions 116 that can be connected in a ring shape are provided at the left and right side ends of the hood body portion 110, and the band-shaped mounting portions 116 are wound around the string-shaped body 120 in a ring shape. Then, the hood body 110 is slidably attached to the string 120 by passing the string 120 through the ring of the mounting portions 116 connected in a plurality of annular directions. The attachment portion 116 is freely attached to the string-shaped body 120 by a pair of connecting tools 117A and 117B that connect the attachment portions 116 in an annular shape. In the second embodiment, the main body side connecting portion 115 having the hook 115A for connecting to the carrier main body portion 10 is located between the lower portions of the left and right string-shaped bodies 120 arranged at the left and right both end portions of the hood main body portion 110. Is provided at the lower part of the string-shaped body 120 in a direction substantially perpendicular to the length direction thereof so as to connect the above. Since other configurations are the same as those in the first embodiment, the detailed description thereof will be omitted here.

The hood main body 110 of the second embodiment is a pair of connecting tools for connecting a band-shaped mounting portion 116 wound around the string-shaped body 120 around its left and right end portions and the mounting portion 116 in an annular shape. 117A and 117B are provided. A plurality of strip-shaped mounting portions 116 are provided at the left and right end portions of the hood main body portion 110, and in FIG. 11, there are two locations, an upper end side portion and a lower end side portion of the hood main body portion 110, between them. Further, one or two or more may be provided. The band-shaped attachment portion 116 is provided with one of the pair of connectors 117A and 117B for winding and attaching around the string-shaped body 120, and the other connector 117B corresponding to the pair is provided. It is provided on the end side of the hood main body 110.
Further, at the lower part of the string-shaped body 120, a main body side connecting portion 115 having a hook 115A for attaching to the carrier main body portion 10 is provided so as to connect the lower portions of the left and right string-shaped bodies 120, and the string-shaped body 120 is provided. A shoulder belt side connecting portion 124 having a hook 125A for attaching to the shoulder belt portion 20 is provided on the upper portion of the above.

In the second embodiment, the hood main body 110 winds the band-shaped mounting portions 116 provided at the left and right end portions thereof around the string-shaped body 120, and connects them in a ring shape with a pair of connecting tools 117A and 117B. Thereby, the band-shaped mounting portion 116 is attached to the string-shaped body 120, in other words, the string-shaped body 120 is passed through the mounting portion 116 connected in a ring shape, and the hood body portion 110 is slidable with respect to the string-shaped body 120. It is installed. Then, the area covering the head of the infant B can be changed by sliding the cloth with respect to the string-shaped body 120 of the hood body 110 so that the dough moves or unfolds.
In particular, since the hood main body 110 is not fixed to either the string-shaped body 120 or the main body-side connecting portion 115, the entire hood main body 110 is slidable in the length direction of the string-shaped body 120. The position of the hood body 110 is also slidable.
Further, by joining and separating the pair of connecting tools 117A and 117B provided on the hood main body 110, the hood main body 110 can be freely attached to the string-shaped body 120 via the band-shaped attachment portion 116.

In this way, also in the head hood 200 according to the second embodiment, as in the first embodiment, the range covering the head of the infant B is covered by the operation of sliding the hood main body 110 with respect to the length direction of the string-shaped body 120. Can be adjusted. Therefore, with the head hood 200 attached to the shoulder belt portion 20 and the carrier main body portion 10 of the baby carrier 1 without removing the attachment of the head hood 200, the user M to the baby B can slide the hood main body portion 110. It is possible to check the face and appearance. Then, in the operation of sliding the hood main body 110 at this time, vibration and sound are generated as in the case of removing the head hood 100 from the shoulder belt portion 20 of the baby carrier 1, that is, as in the case of removing the hooks 125A, 125B and the like. Therefore, it is easy to use because it does not give a stimulus that disturbs the sleep of the sleeping baby B by the repeated slide operation of the hood main body 110. In addition, the comfort that sleep is not disturbed is ensured for infant B as well. Further, also in the head hood 200 according to the second embodiment, the head of the infant B is covered by the slide of the hood main body 110 according to the size, growth, appearance, temperature, etc. of the head of the infant B. The area, size, and range can be adjusted freely, enabling comfortable hood use.

In particular, in the head hood 200 according to the second embodiment, since the entire hood body 110 is slidable with respect to the string-shaped body 120 as in the case of the modification 1, the string-shaped body 120 On the other hand, the position of the hood body 110 can be freely changed, the area change of the hood body 110 can be made larger, and the position and area covered by the hood body 110 with respect to the head of the infant B can be changed in a wide range. ..
Therefore, for example, when the baby B is worried about the heat, stuffiness, etc. in the summer, slide the lower side of the hood main body 110 toward the shoulder belt connection side away from the main body side connection portion 115, and slide the main body side connection portion. If a gap is provided between the 115 and the hood body 110, ventilation will be improved on the neck side of the infant B, so that heat and stuffiness can be reduced and the comfort for the infant B can be improved. can. At this time, since a gap is left on the lower side of the hood main body 110, ventilation can be improved while maintaining the light-shielding effect. In particular, by improving the ventilation of the neck portion near the lymph and blood vessels, the heat felt by the infant B can be effectively reduced. Further, it is possible to effectively reduce heat and stuffiness by inserting a cold towel or the like in the gap between the main body side connection portion 115 and the hood main body portion 110. On the other hand, in winter, if the main body side connection portion 115 and the hood main body portion 110 are not separated from each other, it is effective for cold protection and heat insulation measures. Therefore, it is possible to achieve both measures against stuffiness in the summer and measures against cold and heat in the winter. Furthermore, even if the area of the hood body 110 is reduced from the viewpoint of portability, the position of the hood body 110 can be changed to that of the infant B. By being able to move according to the position and height of the head, the effect of preventing wobbling of the head during sleep can be ensured even if the infant B grows and the head becomes large.

In addition, in the head hood 200 according to the second embodiment, since the hood main body 110 covering the head of the infant B can be freely attached to the string-shaped body 120, only the hood main body 110 is removed. You can maintain cleanliness by washing it. Furthermore, if you prepare multiple hood body 110s for replacement and replace them with clean ones as soon as they get wet with sweat etc., even if you use them for a long time, itching of the skin due to stuffiness and bacterial growth etc. Discomfort can be reduced. Of course, a plurality of types having different materials may be prepared and exchanged with them. For example, in the infant B before sitting on the neck, by attaching the hood body 110 having partially enhanced cushioning and cushioning properties, the wobbling of the neck can be fixed and the protection can be enhanced. Then, when the baby B grows up, it can be changed to a thin one that is less likely to be cramped and stuffy. As a result, the head hood 200 becomes comfortable with less load as the baby B grows.
Further, in the summer, the hood body 110 made of a breathable material can be attached to reduce stuffiness, while in the winter, the hood body 110 made of a non-breathable material can be attached to enhance the heat insulating effect.
Furthermore, if the hood body 110 can be replaced, fashion can be enjoyed by selecting different patterns.

In particular, if the band-shaped attachment portion 110 that can be freely connected in an annular shape by a pair of connecting tools 117A and 117B and can be attached to the string-shaped body 120, it is possible to attach a plurality of hood body portions 110 in an overlapping manner. ..
That is, as shown in FIG. 12, for one hood main body 110 attached to the string-shaped body 120 via the upper and lower attachment portions 116, another hood main body 110 is attached via the upper and lower attachment portions 116 as well. It becomes possible to attach it to the string-shaped body 120. At this time, one of the upper and lower mounting portions 116 of the other hood main body 110 is attached to the string-shaped body 120 between the upper and lower mounting portions 116 of one hood main body 110, and the hood is slid by the slide of each hood main body 110. The overlap range between the main bodies 110 can be changed. In addition, in FIG. 12, the lower side (closer to the main body side connection portion 15) hood main body portion 110 is overlapped with the upper side (closer to the shoulder belt side connection portion 25) inner surface side of the hood main body portion 110. .. Of course, it is also possible to arrange them in reverse.

In the mounting in which a plurality of hood main bodies 110 are stacked in this way, for example, a fabric having water absorption and quick drying or a mesh fabric having good breathability is used for the hood main body 110 arranged on the inner surface side, and the other outer surface side. By forming the hood body 110 to be arranged with a UV-cut fabric, a highly light-shielding fabric, and a waterproof fabric, it is possible to achieve both stuffiness measures and sunshade, rain shield, and light-shielding measures. That is, it is possible to improve convenience and comfort by combining fabrics. Furthermore, by selecting different patterns, it is possible to enjoy fashion variations.

Further, in the case where the band-shaped attachment portion 110 which can be connected in a ring shape by such a pair of connecting tools 117A and 117B and which can be attached to the string-shaped body 120, it is possible to select the attachment of a plurality of hood body portions 110. For example, in the summer, one hood body 110 is attached to prevent stuffiness, while in the winter, two hood main bodies 110 are attached to protect against the cold and keep warm. In addition, the number of hood body 110s to be attached can be selected according to the size and growth of the head of infant B, and the overlapping of a plurality of hood body 110s prevents the head and neck from wobbling. It can also enhance protection. Therefore, it is possible to improve convenience and comfort.

In the second embodiment, the hood main body 110 is attached to the string-shaped body 120 so as to be slidable as a whole. However, in the case of carrying out the present invention, at least the hood main body 110 is attached. If the upper side of the hood is slidable, a part of the hood main body 110 may be fixed to the string-shaped body 120 or the main body side connection portion 115. Further, by forming the band-shaped mounting portion 116 in an annular shape without using a pair of connecting tools 117A and 117B and passing the string-shaped body 120 through the mounting portion 116 in the annular shape, the hood body with respect to the string-shaped body 120 is formed. The portion 110 may be slidably attached.
Further, in the second embodiment, since the hood main body 110 is more likely to slip off than in the first embodiment, it is preferable to adopt the above-mentioned slip-off preventing means.

As described above, the baby carrier head hoods 100, 100A, 100B, 100C, 200 of the first and second embodiments are connected to the carrier main body 10 that supports the body of the infant B and the upper part of the carrier main body 10. Baby carrier head hoods 100, 100A, 100B, 100C, used for baby carrier 1 having a pair of shoulder belts 20 hung on the left and right shoulders of user M holding the baby B in a hug or piggyback ride. 200, a wide hood main body 110 that covers the head of the baby B, two narrow string-shaped bodies 120 arranged at both left and right ends of the hood main body 110, and each string-shaped body. A string-shaped connection portion 115 on the main body side, which is provided at the lower portion in the length direction of 120 and / or the lower portion in a direction substantially perpendicular to the horizontal direction of the hood main body 110 and is connected to the upper portion of the carrier main body 10 of the baby carrier 1. A shoulder belt side connecting portion 125 provided at the upper portion in the length direction of the body 120 and detachably connected to the shoulder belt portion 20 of the baby carrier 1 is provided, and the hood body portion 110 slides with respect to the string-shaped body 120. It can be freely attached, and the area covering the head of the baby B can be changed by sliding the string-shaped body 120 in the length direction.

Therefore, according to the baby carrier head hoods 100, 100A, 100B, 100C, 200 of the first and second embodiments, the wide hood body 110 covering the head of the infant B is attached to the left and right ends thereof. The hood body 110 is slidably attached to each of the arranged narrow string-shaped bodies 120, and the area covering the head of the baby B is variable by sliding the string-shaped body 120 in the length direction. To the upper part of the carrier main body 10 of the baby carrier 1 by the main body side connecting portion 115 provided on one end side in the length direction of the hood main body 110 and / or the string-shaped body 120, and also the string-shaped body 120. If the hood body 110 is slid in the length direction of the string-shaped body 120 in a state of being connected to the shoulder belt portion 20 of the baby carrier 1 by the shoulder belt side connecting portion 125 provided on the other end side in the length direction of the baby carrier 1. The range of the hood body 110 that covers the head of the baby B can be adjusted.

Therefore, if the hood body 110 is slid without removing the head hoods 100, 100A, 100B, 100C, 200 from the shoulder belt portion 20 of the baby carrier 1, the face and appearance of the baby B can be confirmed. In such a slide operation, vibration and noise are unlikely to occur as in the case of removing the head hoods 100, 100A, 100B, 100C, and 200 from the shoulder belt portion 20. Therefore, the area covering the head of the infant B by sliding the hood body 110 without disturbing the sleep of the sleeping infant B, and the adjustment of the range make it easy to check the appearance of the infant B and the face frequently, which is convenient. .. In addition, for infant B, comfort that sleep is not disturbed can be obtained.

Further, since the area is variable by sliding the hood body 110, the range covering the head of the infant B can be adjusted according to the size, growth, appearance, temperature, etc. of the head of the infant B. .. Therefore, for example, when infant B is worried about suffocation and oppressive feeling such as in the young age, if the area of the hood body 110 covering the head of infant B is reduced and used, the suffocation and oppressive feeling can be used. Can be reduced. On the other hand, when the infant B grows up, if the area covered by the infant B of the hood main body 110 is widened, the feeling of cramping is not given. Further, for example, in the summer, by reducing the area of the hood body 110, heat retention, heat, and stuffiness can be reduced, while in the winter, increasing the area of the hood body 110 can be a measure against the cold. ..
In this way, the area and range covering the head of the infant B can be adjusted by sliding the hood body 110 according to the size, growth, appearance, temperature, etc. of the head of the infant B, so that the infant B can adjust the area and range. It also makes it possible to improve comfort.

Further, the baby carrier head hoods 100, 100A, 100B, 100C of the first embodiment and the modified examples 1 to 3 thereof are stringed to the tubular portions 111 provided at the left and right both end portions of the hood main body portion 110. The shape 120 is inserted and slidably attached to the string 120. Therefore, the hood main body 110 can be smoothly slid with respect to the string-shaped body 120.

On the other hand, in the baby carrier head hood 200 of the second embodiment, attachment portions 116 that can be connected in an annular shape by a pair of connecting tools 117A and 117B are provided on both left and right ends of the hood main body 110 in an annular shape. The string-shaped body 120 is inserted into the connected mounting portion 116 and is slidably attached to the string-shaped body 120. Therefore, the hood main body 110 can be replaced, and a plurality of hood main bodies 110 can be attached.

Further, in the baby carrier head hood 100A according to the first embodiment, the entire hood body 110 is attached to the string-shaped body 120 so as to be slidable in the length direction thereof. Is. Therefore, the relative position of the hood body 110 with respect to the string-shaped body 120 can be changed, and the hood body 110 with respect to the head of the infant B can be adjusted according to the size, growth, appearance, temperature, etc. of the head of the infant B. You can adjust the covering position. That is, by being able to change the relative position of the hood body 110 with respect to the string-shaped body 120, for example, the distance between the hood body 110 and the carrier body 10 of the baby carrier 1 can be changed to retain heat, heat and stuffiness. It is possible to achieve both cold protection and heat insulation measures.

Then, in the baby carrier head hoods 100, 100A, 100B, 100C, 200 of the first embodiment, the modified examples 1 to 3 thereof, and the second embodiment, the string-shaped body 120 and / or the hood is further added. A convex locking portion 130 is provided as a slip prevention means for preventing the hood main body 110 from slipping off in the tubular portions 111 at the left and right end portions where the string-shaped body 120 of the main body 110 is arranged. In some cases, or when the tubular portions 111 at the left and right ends of the string-shaped body 120 and / or the hood main body 110 are formed of an uneven cloth, the hood main body 110 shifts due to the movement of the head of the baby B or the like. It is hard to fall off and improves usability. If the convex locking portion 130 is used, a high drop-off effect can be imparted regardless of the fabric, and if the fabric is uneven, the slip-off effect can be imparted with a small number of parts and a small number of manufacturing steps. Of course, it is also possible to use both in combination, that is, to provide a convex locking portion 130 on the surface of the uneven fabric.

In carrying out the present invention, other structures, shapes, materials, fabrics, sizes, lengths, widths, connection relationships, etc. of the baby carrier head hood are limited to the above-described embodiments and modifications. It's not a thing.

1 Baby carrier 10 Carrier body 20 Shoulder belt 100, 100A, 100B, 100C, 200 Baby carrier head hood 110 Hood body 111 Cylindrical part 115 Body side connection part 117A, 117B Connection part 116 Mounting part 120 String 125 Shoulder belt side connection part 130 Locking part (displacement prevention means)
B Infant M User

Claims (6)

Used for baby carriers that have a carrier body that supports the baby's body and a pair of shoulder belts that are hung on the left and right shoulders of the user who are connected to the top of the carrier body and hold the baby in a hug or piggyback ride. It is a head hood for baby carriers.
The wide hood body that covers the baby's head and
Narrow string-like bodies arranged at the left and right ends of the hood body,
A main body-side connection portion provided at the lower part of the string-shaped body and / or the lower part of the hood main body portion and connected to the upper portion of the carrier main body portion of the baby carrier.
It is provided with a shoulder belt side connection portion provided on the upper part of the string-like body and detachably connected to the shoulder belt portion of the baby carrier.
The hood body portion is slidably attached to the string-shaped body, and the area covering the head of the baby is changed by sliding the string-shaped body in the length direction. .. The first aspect of the present invention is characterized in that the string-shaped body is inserted into a tubular portion formed at both left and right end portions of the hood main body portion and is slidably attached to the string-shaped body. The listed baby carrier head hood. The hood main body has a plurality of strip-shaped attachment portions formed on both left and right end portions thereof, on the upper side and the lower side, which can be connected in an annular shape by a pair of connecting tools, and the attachment portions connected in the annular shape. The head hood for a baby carrier according to claim 1, wherein the string-shaped body is inserted into the portion and is slidably and detachably attached to the string-shaped body. The method according to any one of claims 1 to 3, wherein the hood body portion is attached to the string-shaped body so as to be slidable in the length direction thereof. Head hood for baby carriers. Further, the string-shaped body and / or the hood body portion is provided with a slip-preventing means for preventing the hood body portion from slipping off at both left and right end portions where the string-shaped body is arranged. The head hood for a baby carrier according to any one of claims 1 to 4. The slip-preventing means is characterized by being a convex locking portion or an uneven cloth provided at both left and right end portions where the string-shaped body and / or the string-shaped body of the hood body portion is arranged. The head hood for a baby carrier according to claim 5.

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