CN107280976B

CN107280976B - Feeding bottle fixing device and feeding system

Info

Publication number: CN107280976B
Application number: CN201710406661.8A
Authority: CN
Inventors: 埃德加多·柯洛拉斯
Original assignee: Mace Corp
Current assignee: Mace Corp
Priority date: 2016-08-02
Filing date: 2017-06-02
Publication date: 2021-03-23
Anticipated expiration: 2037-06-02
Also published as: AU2017203945A1; CN208176678U; RU2684122C2; JP2018020118A; TW201804981A; BR102017016089A2; PH12017000149B1; PH12017000149A1; RU2017119210A; RU2017119210A3; KR102411308B1; EP3278785A2; KR20180015075A; MX2017009896A; EP3278785A3; CN107280976A; SG10201704645PA

Abstract

The invention relates to a feeding bottle fixing device for baby equipment, which comprises a frame component with a beam and an accessory which is embedded into the beam and fixes a feeding bottle on the beam. The invention also relates to a feeding system for an infant equipment comprising: an assembly having a beam, a length of the beam being adjusted based on the infant device; and an attachment internally embedded in the beam and securing the bottle to the beam. The invention has the advantage of flexible movement, and the feeding bottle moves along with the movement of the baby to meet the requirements of the baby.

Description

Feeding bottle fixing device and feeding system

Technical Field

The invention relates to a feeding bottle holder, in particular to a feeding bottle fixing device and a feeding system.

Background

Typically, newborn infants are fed every two to three hours, on average, requiring an intake of about two to three ounces of milk per time. On average, about seven to nine feeds per day are needed. As the baby grows, the number of times of feeding is gradually reduced, but the intake amount per time is relatively increased.

However, adults need to hold the bottle for a long time during feeding, and maintaining this posture for a long time causes discomfort to body parts such as the back, shoulders, and wrists. In addition, parents have a heavy housework to handle in addition to their daily work, and thus feel as if they always lack time to better take care of the child.

There are some feeding bottle fixing devices on the market at present. However, they are not flexible to move and therefore cannot adapt to the baby's posture during feeding. For example, during a baby feeding, the baby may change position such that the bottle is not usable due to angle limitations. The design of these feeding bottle fixing devices cannot be conveniently arranged, and different positions can be readjusted differently. Furthermore, feeding often occurs inside a baby carriage without a bottle fixture, so that feeding suffers from a lot of inconvenience.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provides a feeding bottle fixing device and a feeding system, which have flexible moving performance, and the feeding bottle moves along with the movement of a baby to meet the requirements of the baby.

The technical scheme provided by the invention is as follows:

a feeding bottle fixing device for infant equipment includes a frame assembly having a beam, and an attachment internally embedded in the beam and fixing a feeding bottle to the beam.

In the above technical solution, the insertion means that the beam passes through the accessory, the accessory can slide along the beam, and when the baby grasps the feeding bottle, the feeding bottle can be moved to a proper position.

Preferably, the attachment comprises an attachment tube, the beam being embedded in the attachment tube.

Preferably, the accessory comprises: a longitudinal cavity; an attachment tube connected to the longitudinal cavity, the beam being embedded in the attachment tube; and a holder connected with the attachment tube for fixing the feeding bottle. The accessory enables the bottle to be moved, secured or rotated along the beam.

Preferably, a support beam is included that is connected between the attachment tube and the holder.

Preferably, the holder comprises: a base member, and an opening formed on the base member.

Preferably, the opening has a circumference similar to the size and shape of the nursing bottle.

Preferably, the frame assembly comprises: a first member having a first rod and a second rod, a second member having a first rod and a second rod;

the first rod of the first member is connected with the second rod of the second member to form a first beam, and the second rod of the first member is connected with the first rod of the second member to form a second beam; the attachment is embedded on the first beam or the second beam.

Preferably, the first and second members comprise longitudinal portions separating the first and second bars.

Preferably, the longitudinal portion is rectangular, and the first and second bars are bent at the top of the longitudinal portion.

Preferably, the first rod of the first member and the second rod of the second member comprise male connectors, and the second rod of the first member and the second member comprise female connectors.

Preferably, the frame assembly comprises: a first member and a second member; the beam extends from a first member to a second member, the beam having a length that is adjusted based on the infant device.

Preferably, the first and second members comprise an outer portion and an inner portion.

Preferably, the outer portion and the inner portion form a slot.

Preferably, the first and second members comprise fasteners for attaching the bottle securing device to the infant equipment.

Preferably, the beam includes a first side portion and a second side portion separated by a middle portion.

Preferably, the first and second side portions slide on the middle portion to adjust the length of the beam.

The present invention also provides a feeding system for an infant equipment comprising: an assembly having a beam, a length of the beam being adjusted based on the infant device; and an attachment internally embedded in the beam and securing the bottle to the beam.

Preferably, the accessory comprises:

a longitudinal cavity;

an attachment tube connected to the longitudinal cavity, the beam being embedded in the attachment tube;

a holder connected with the attachment tube for fixing the feeding bottle;

and a support beam connected between the attachment tube and the holder.

Preferably, the holder comprises: a base member, and an opening formed on the base member; the opening has a circumference similar to the size and shape of the nursing bottle.

Compared with the prior art, the invention has the beneficial effects that: the feeding bottle fixing device comprises an accessory for fixing the feeding bottle, and the accessory can rotate or slide to meet the requirements of babies.

Drawings

FIG. 1 is a first state view of the baby bottle fixing device;

FIG. 2 is a second state view of the baby bottle fixing device in use;

FIG. 3 is an exploded view of the frame assembly of the feeding bottle securing device;

FIG. 4 is a schematic view showing the structure of the frame assembly and the first attachment of the baby bottle holding device;

FIG. 5 is a schematic structural view of the baby bottle securing apparatus after the first accessory is displaced;

FIG. 6 is a schematic view showing the structure of a baby bottle holding device having a groove;

FIG. 7 is a schematic view of a second attachment;

FIG. 8 is a schematic view showing the structure of the frame assembly of the baby bottle holding device and a second accessory;

FIG. 9 is a side view of the frame assembly of the baby bottle holding apparatus and a second accessory;

FIG. 10 is a top view of the frame assembly;

FIG. 11 is a front view of a second attachment;

FIG. 12 is a side view of a second attachment;

FIG. 13 is a schematic structural view of a second milk bottle fixing device;

FIG. 14 is a partial schematic view of a second side portion of the second feeding bottle securing device;

FIG. 15 is a schematic view showing the structure of the middle portion of the second baby bottle holding apparatus;

FIG. 16 is a schematic structural view of a third baby bottle fixing device;

FIG. 17 is a view showing a state of use of a third attachment in the third baby bottle fixing device;

FIG. 18 is a schematic view showing the structure of a third attachment of the third baby bottle holding device;

FIG. 19 is a schematic view showing the construction of a first member of a third attachment for a third baby bottle holding device;

FIG. 20 is a schematic view showing the construction of a second member of a third attachment for a third baby bottle holding device;

FIG. 21 is a schematic view of the first member of the fourth attachment;

FIG. 22 is a right side elevational view of the first member of the fourth attachment;

FIG. 23 is a top view of the first member of the fourth attachment;

FIG. 24 is a bottom view of the first member of the fourth attachment;

FIG. 25 is a front view of a first member of the fourth attachment.

Detailed Description

The baby bottle securing device will be described in detail with reference to specific embodiments. The feeding bottle fixing device can be used in a plurality of different using states as illustrated by figures 1 and 2. Subsequently, FIGS. 3-6 illustrate the structure of the first attachment in greater detail; FIGS. 7-12 illustrate in detail the construction of the second attachment; FIGS. 13 to 15 are views illustrating the structure of the second feeding bottle fixing device in detail; FIGS. 16-20 illustrate in detail the construction of a third attachment; FIGS. 21-25 illustrate the structure of the fourth attachment in more detail.

As shown in FIG. 1, an infant 106, which may be a neonate or an infant, is fed via the bottle fixture with the infant 106 lying on its back. The feeding bottle securing device may be used in different environments of use, as will be described in further detail below.

The bottle holding device may rest on the ground or other flat surface. The bottle holding device may also be placed in a crib, mattress, cradle, or the like. As shown, frame assembly 108 may be placed over infant 106 with a portion of frame assembly 108 positioned over the upper torso of infant 106. The bottle holding device can be set at different angles or positions so as to adapt to the feeding preference of each baby.

The width of the frame assembly 108 may be predefined or adjustable. Generally, the width of the frame assembly 108 is such that it can be wrapped around the body of the infant. The length of the frame assembly 108 may be adjusted according to the height of the infant 106. For example, the length may extend beyond the legs of infant 106, thereby preventing infant 106 from kicking frame assembly 108 over. The length and width of the frame assembly 108 are critical to maintaining the balance of the frame assembly 108.

The height of the frame assembly 108 should be sufficient to allow the infant 106 to comfortably feed. In selecting the height, sufficient space is reserved to account for the different positions of the feeding bottle 102, including the space required for the first type of accessory 110 to rotate. The height of the frame assembly 108 may be increased or decreased depending on the circumstances and the characteristics of the infant 106, as the case may be.

The first accessory 110 may hold the bottle 102 over the head of an infant to facilitate feeding of the infant 106. The frame assembly 108 and the first accessory 110 cooperate to allow the infant 106 to feed normally without the adult's hands, as the case may be. As shown below, the length of the first attachment 110 may be adjusted to achieve different heights of the bottle 102.

In particular embodiments, the frame assembly 108 may be provided with fasteners on the bottom to prevent the frame assembly 108 from being toppled or knocked over by the infant 106. The fastening member may fix the baby bottle holder to the ground, a baby ring, a baby crib, a mattress, a cradle, or the like. The fasteners may include, but are not limited to, hook or loop fasteners, removable fasteners, buttons, zippers, pins, clips, or similar structures that may secure frame assembly 108.

The bottle holder can also be used in other situations, such as when baby 106 learns to stand, as shown in FIG. 2 as another specific example, the bottle holder can be mounted on a crib 204 or other similar structure to facilitate baby 106 being fed from bottle 102 while standing. This scenario shows the bottle fixture installed in the crib 204, which can also be used for other devices, simply by increasing the height of the frame assembly 108.

The bottle holder is mounted on a crib 208 spanning from a first edge 206 to a second edge 208 of the crib. The height of the feeding bottle fixing device can be adjusted at any time according to the height of the baby 106. The height of the baby bottle holder is sufficient to allow sufficient height and space for receiving the first type of accessory 110 to which the baby bottle 102 is attached. With the first accessory 110, the infant 106 can rotate the bottle 102 attached to the first accessory 110 into position so that it can be comfortably fed.

A plurality of fasteners 210 may be used to secure the bottle securing device to the crib 204. For example, clips, clasps, locks, and other fastening devices may be used as the fastener 210. Typically, the fasteners 210 are disposed on the outside of the frame assembly 108. The fasteners 210 may provide support so that the baby 106 does not loosen when shaking or moving the bottle fixture.

As shown in fig. 3, the frame assembly 108 is separated into individual components. Specifically, the frame assembly 108 includes a first member 302 and a second member 330 to provide support and stability to allow the infant 106 to be fed. The number of fittings inside the baby bottle holder may be more or less than that shown in the drawings, and is not limited to the structure shown in the drawings.

Beginning with the first member 302, the first member 302 includes a rectangular section 312 surrounded by a first lateral end 304 and a second lateral end 306. The rectangular section 312 may be made of a rigid material, such as a rigid plastic or metal. The rectangular section 312 may add a picture on the inward side to entertain the infant 106. In particular cases, the rectangular section 312 may be fitted with a reflective material or mirror. Toys or other items may also be mounted on the rectangular section 312 to entertain the infant 106.

The rectangular section 312 and the first and second lateral ends 304, 306 may be as high as the body of the infant. When the height is set, enough space is reserved for the head of the baby. The height can be flexibly adjusted through the extension arrangement. The extension arrangement may mount retractable segments inside or outside of the first side end 304 and the second side end 306. Depending on the circumstances, the height extension of the feeding bottle fixing device can be realized by connecting to the rectangular section 312.

As shown in FIG. 3, a first rod 308 extends from the first lateral end 304 and a second rod 310 extends from the second lateral end 306. The first rod 308 and the second rod 310 may be made of a hard material, such as plastic, metal, or others. The first rod 308 and the second rod 310 are bent toward the second member 330 and then combined together. The first bar 308 and the second bar 310 of the first member 302 may cover half the distance of the frame assembly 108 around the infant 106.

In a particular example, a first rod 308 and a second rod 310 may be placed into the first lateral end 304 and the second lateral end 306. The first side end 304 and the second side end 306 may be hollow such that the first rod 308 and the second rod 310 may be slide-fit. The first rod 308 and the second rod 310 may be easily inserted or removed from the first side end 304 and the second side end 306 when installed. Alternatively, first bar 308 and second bar 310 are permanently mounted to first lateral end 304 and second lateral end 306.

The first rod 308 on the first member 302 may include a first connection point 314, and the first connection point 314 may be fitted to a second connection point 344 on a second rod 338 of the second member 330. The first connection point 314 may include a male connector and the second connection point 344 may include a female connector to provide support for the frame assembly 108. When assembled together, the male and female connectors can provide sufficient strength to the frame assembly 108 to overcome the jolting and flapping of the infant 106 to the frame assembly 108.

The first rod 308 of the first member 302 and the second rod 338 of the second member 330 may employ other types of fasteners to secure them without the use of the first connection point 314 and the second connection point 344. For example, hook and loop fasteners may be provided on the first bar 308 and the second bar 338, respectively. In a particular example, a plastic sleeve may be suitably disposed over the first 308 or second 338 rod and slid onto the other rod for connection.

In the example shown, a second connection may be provided to the frame assembly 108 to provide support. The second rod 310 on the first member 302 may include a second connection point 316, and the second connection point 316 may be fitted to a first connection point 342 on the first rod 336 of the second member 330. The second connection point 316 may comprise a female connector and the first connection point 342 may comprise a male connector to provide support for the frame assembly 108. Many of the attachment structures described above may be employed to provide greater support to the frame assembly 108 by attachment of the two.

The second member 330, being similar to the first member 302, is only briefly described above, and a more detailed description is provided herein. The second member 330 may include a rectangular section 340 having a first lateral end 334 and a second lateral end 332. The first lateral end 334 is connected to a first rod 336 and the second lateral end 332 is connected to a second rod 338. These components may have the same parameters and characteristics as described above in the first member 302. Second member 330 includes a first bar 336 and a second bar 338 having a second connection point 344 and a first connection point 342, respectively, as shown, for connecting first bar 308 and second bar 310 of first member 302 to provide stability and durability of frame assembly 108.

As shown, the frame assembly 108 includes a first bar 308 and a second bar 310 on the first member 302 and is connected to a first bar 336 and a second bar 338 on the second member 330. By cooperation between the first rod 308, the second rod 310, the first rod 336 and the second rod 338, a stable and rigid structure is formed to resist the forces generated by the infant 106.

First bar 308, second bar 310, first bar 336 and second bar 338 extend in a vertical direction and end up extending in a horizontal direction when connected to each other, ultimately forming frame assembly 108. When connected, the first bar 308, the second bar 310, the first bar 336 and the second bar 338 form a plurality of beams.

As shown in FIG. 4, the frame assembly 108 has at least one

beam

410 or 420 for securing the first type of attachment 110. Although shown with either beam 410 or beam 420, a single beam or more than two beams may be used for a particular application. In general, more beams may provide more security and stability to the frame assembly 108 and bottle holder.

A first beam 410 on the frame assembly 108 of the baby bottle fixture is formed by the first member 302 and the second member 330. In a particular example, the first rod 308 on the first member 302 can be coupled with the second rod 338 of the second member 330. Female and male connectors have been described previously, but other forms of connectors may be used, not limited thereto. A first beam 410, consisting of a first bar 308 and a second bar 338, may have vertical segments that extend from the respective first member 302 and second member 330, then curve, and curve to horizontal at the midpoint of the connection. The arch shape may provide a supporting force for the frame assembly 108.

The structure of the second beam 420 may also be formed by the first member 302 and the second member 330. The second rod 310 of the first member 302 may be connected to the first rod 336 of the second member 330. The female and male connectors may be used with other types and are not limited thereto. The second beam 420 formed by the second bar 310 and the first bar 336 may be similar to the arch of the first beam 410.

As shown in fig. 4, either the first beam 410 or the second beam 420 may be used to mount the first type of accessory 110. In a specific example, the first accessory 110 can be rotated to adjust the position of the feeding bottle 106. Although only one rotational position is shown above, in practice the first attachment 110 allows the bottle 106 to be rotated through various angles and slid up and down the second beam 420.

The first attachment 110 may include multiple components, not limited to a bolt 432, a hook 434, and a clasp 436. The configuration of the first attachment 110 shown in the drawings is not to be construed as limiting. The second type of attachment will be shown below. The parts can be added or removed or exchanged between the two attachments to provide multiple permutations and combinations.

The bolts 432 of the first type of attachment 110 may be used to secure the first type of attachment 110 to the second beam 420. The bolt 432 may be tightened or tightened to release or secure the first type of accessory 110, such as by a screw and thread. Other types of mechanisms may also be used to secure the first attachment 110 to the second beam 420.

A hook 434 may mount the first type of attachment 110 to the second beam 420 and a bolt 432 secures the hook 434 in place on the second beam 420. The hook 434 has an opening that allows it to slide over the second beam 420. A snap ring 436 is connected to the hook 434. Each of the accessories illustrated herein includes a bottle connection portion, and in the specific example, a retaining ring 436. The retaining ring 436 serves as a bottle connecting portion for fixing the bottle 102. Different types of retaining rings 436 may be used depending on the configuration of the nursing bottle 102, as the nursing bottle 102 may have various sizes and shapes.

In a particular example, the distance between the hook 434 and the retaining ring 436 can be varied. The space between them may allow the retaining ring 436 to move downward. The space is often adjusted according to the needs of the infant 106. A simple extension may be used, for example, the extension may be placed between the bottom of the hook 434 and the top of the retaining ring 436 without welding the two together.

The hook 434 may be fixed to the second beam 420 by a bolt 432, and the bolt 432 may prevent the first type accessory 110 from swinging up or down on the second beam 420. The bottle 102 may also be secured by a retaining ring 436. Alternatively, the hook 434 may rotate along the beam 420, allowing the first attachment 110 to slide up and down. The rotational movement may provide different angles so that the baby 102 may be fed through the bottle 102 mounted in the retaining ring 436. In a particular example, the retaining ring 436 may also rotate at its top portion, allowing the bottle 102 to move up, down, left, and right for optimal feeding position.

The first attachment 110 is shown in a non-centered position in fig. 5, where the first attachment 110 was previously positioned at a center point of the second beam 420, however, the first attachment 110 may be positioned along a plurality of different points on the first beam 410 and the second beam 420 of the frame assembly 108.

The auxiliary points 502 may be used to secure the first type of accessory 110. As previously mentioned, the bolts 432 of the first attachment 110 may be loosened or tightened so that the first attachment 110 may be secured to different auxiliary points 502. Bottle 102 mounted in retaining ring 436 may provide different feeding positions or angles for infant 106. The bottle 102 may be adjusted by the mechanism described above, such as by turning it up, down, left or right.

As shown in FIG. 6, the first attachment 110 has a plurality of recesses 602. To provide additional securing mechanisms, the first type of attachment 110 may be positioned in one of the grooves 602 along the second beam 420. In a specific example, the groove 602 may be provided in plurality according to the position of the groove 602 on the second beam 420. For example, the deeper the groove 602 is, the closer to the end of the second beam 420. This may allow the hook 434 and the grommet 436 to be better secured to the second beam 420. In a particular example, the groove 602 may be located on the first beam 410.

Fig. 7 is a schematic structural diagram of a second attachment 710. Although only a single attachment is attached to the second beam 420, in practice more than one attachment may be provided to the frame assembly 108. The second type of accessory 710 may include, but is not limited to, a clamp 712 and a pawl 714 or bottle connection portion connected together by a weld 716.

Similar to the first attachment 110, the second attachment 710 may also be positioned along the second beam 420 formed by the second bar 310 of the first member 302 and the first bar 336 of the second member 330, or along another beam on the frame assembly 108. The previously described groove 602 may be used to tightly secure a second type of accessory 710 in a central location including the second beam 420 or in various locations along the second beam 420.

The clamp 712 of the second attachment 710 may also provide strength to the second beam 420. The clamp 712 is wider than the hook 434 of the first attachment 110 and securely holds the second rod 310 to the first rod 336. The jig 712 may have an opening so that it can be inserted on the second beam 420. In this manner, the user may slide the clamp 712 over the second beam 420 and may form a secure structure.

In a particular example, the hooks 434 and clamps 712 can completely surround the beam. In order to fully enclose the hook 434 or clamp 712 on the second beam 420, the second rod 310 and the first rod 336 may be disconnected first, and then the hook 434 or clamp 712 slid onto and the second rod 310 and the first rod 336 reconnected. Thereafter, hook 434 and clamp 712 will be positioned. A fully enclosed hook 434 and clamp 712 may also be placed on the first beam 410 by similar techniques. Advantageously, the first attachment 110 or the second attachment 710 may be more securely mounted to the frame assembly 108.

The jaw 714 connected to the clamp 712 may be positioned lower on the second attachment 710. Weld 716 may be a physical weld or other type of connection that secures the two together. Extensions that can vary the distance between the clamp 712 and the pawl 714 can be used.

A significantly wider clasp 714 may be used to hold the bottle 102 of the infant 106 than the clasp 436 of the first accessory 110. Such a feeding bottle connection part can hold feeding bottles 102 of different sizes. The bottle connection part including the retaining ring 436 and the snap 714 can be interchanged between the first type accessory 110 and the second type accessory 710. For example, the hooks 434 of the first type of attachment 110 may mate with the catches 714 of the second type of attachment 710. The clamp 712 of the second accessory 710 can mate with the clasp 436 of the first accessory 110.

In a particular example, the snap ring 436 and the pawl 714 may be fully enclosed. The bottle 102 may be fitted through one side of the retaining ring 436 or the pawl 714. The fully encircling retaining ring 436 or the pawl 714 may be more securely fastened to the bottle 102.

As shown in fig. 8, the grooves 602 may be disposed on the first beam 410, the second beam 420, or both. The clamp 712 may be secured to the center of the second beam 420 on the frame assembly 108 of the bottle securing device. Other combinations of different accessory arrangements are also provided.

Reference will now be made in detail to the frame assembly 108 of the baby bottle holding apparatus, which is a cross-sectional side view of the baby bottle holding apparatus as shown in FIG. 9. The first member 302 and the second member 330 may be positioned perpendicular to the ground. The second rod 310 extending from the second side end 306 of the first member 302 is connected to a first rod 336 extending from the first side end 334 of the first member 330. The combination of the first bar 336 and the second bar 310 forms a second beam 420.

Specifically referring to the connection between the first rod 336 and the second rod 310, the second connection point 316 of the second rod 310 of the first member 302 comprises a female connector. When mated with the first connection point 342, and the male connector on the first stem 336 of the second member 330 of the first connection point 342, the first connection point 342 is surrounded by the second connection point 316 making the frame assembly 108 more robust. In a specific example, to provide additional support to the frame assembly 108, a second attachment 710 having a clamp 712 with a pawl 714 may further secure the first bar 336 and the second bar 310 together.

Fig. 10 is a top view of the baby bottle holding device. The rectangular section 312 on the first member 302 has a first bar 308 and a second bar 310. The rectangular section 340 of the second member 330 has a first bar 336 and a second bar 338.

The first beam 410 may be comprised of a first rod 308 having a first connection point 314 (which may be a male connector) and a second rod 338 (which may be a female connector) having a second connection point 344. The second beam 420 may be comprised of a second rod 310 having a second connection point 316 (which may be a female connector) and a first rod 336 (which may be a male connector) having a first connection point 342. The mating of the female connector with the male connector provides a stable structure for the frame assembly 108.

Although both the first member 302 and the second member 330 are shown with female and male connectors, the structure of the frame assembly 108 is not limited thereto. For example, the first member 302 may have two male connectors, while the second member 330 may have two female connectors. In a specific example, a sleeve, for example, may be used instead of the female and male connectors.

As shown in fig. 11, which is a partial schematic view of a second attachment 710, the first connection point 342 of the first rod 336 has been inserted into the second connection point 316 of the second rod 310 to form a second beam 420. The second type of attachment 710 is placed where the first bar 336 and the second bar 310 are coupled to each other.

As previously described, the clamp 712 of the second attachment 710 may provide additional support to stabilize the frame assembly 108. In a specific example, the jaws 714 attached to the clamp 712 may remove the weld 716 as previously described. An adjuster 1102 may be employed to shorten or enlarge the distance between the clamp 712 and the jaws 714. The adjuster 1102 comprises a simple screw and thread and the pawl 714 will be rotated in order to adjust the length. The adjuster 1102 may also be used on the first attachment 110.

As shown in fig. 12, which is a partial side view of a second attachment 710, the second attachment 710 includes a clamp 712 and a pawl 714, as previously described. The clamp 712 may surround the second beam 420. In addition, the adjuster 1102 may be used to extend or decrease the distance between the clamp 712 and the pawl 714.

The regulator 1102 may include a top portion 1202, a middle portion 1204, and a bottom portion 1206. The top portion 1202 of the adjuster 1102 may be permanently fixed to the clamp 712 so that it does not move. The intermediate portion 1204 provides for different lengths for adjusting the bottom portion 1206 secured to the pawl 714. To adjust the length of the intermediate portion 1204, the pawl 714 may be rotated by a screw and thread. In this way, the adjuster 1102 may allow for a change in length between the clamp 712 and the pawl 714.

Fig. 13 is a schematic structural view of a feeding bottle fixing device of a second type for fixing a feeding bottle 102. In a specific example, the second bottle holder 1300 is used for feeding an infant 106 seated in a stroller. The second feeding bottle securement device 1300 can then also be used in a number of different environments, as will be described below.

The second feeding bottle securing device 1300 may include a first side member 1302, a second side member 1310, and a beam 1340 extending from the first side member 1302 to the second side member 1310. The length of the beam 1340 may be adjusted for the stroller, for example, by the manufacturer, and may vary from side to side. The second portable feeding bottle holder 1300 can also be used for different growing stages of a child. The device can change its function as the child grows, and the length of the beam 1340 can be adjusted as desired.

The first side member 1302 of the second baby bottle holder 1300 may include, but is not limited to, an outer portion 1304 and an inner portion 1306, which may be coupled to each other at the top. Outer portion 1304 and inner portion 1306 may be formed from a single strong material (e.g., metal, plastic, etc.). A slot 1308 may be formed through the outer portion 1304 and the inner portion 1306, the slot 1308 being described in further detail in the second side member 1310.

The outer portion 1304 and the inner portion 1306 form a clamp. The inner portion 1306 is angled or inclined relative to the outer portion 1304. In a particular implementation, the bevel may cause the inner portion 1306 to contact the outer portion 1304. The first side member 1302 may be coupled to the stroller by a clamp, either snugly or snugly. Other types of fasteners may be used to secure the first side member 1302 to the stroller, such as hook and loop fasteners, bolts and nuts, cables, and the like.

In a specific implementation, as shown in fig. 13, the first side member 1302 and the second side member 1310 may be hexagonal in shape. Other shapes may be used and the side members are not limited to the shapes shown. Further, in particular applications, the first side member 1302 is extendable or adjustable. The side members may be raised vertically by fasteners, or the side members may themselves increase their height. The first side member 1302 and the second side member 1310 may be disposed at different angles, depending on the stroller and infant 106.

Second side member 1310 may similarly include, but is not limited to, an outer portion 1312 and an inner portion 1314, which may be coupled to each other at the top. The second side member 1310 may be constructed of a similar material as the first side member 1302. Outer portion 1312 and inner portion 1314 may form a slot 1316 and a clamp as previously described with respect to first side member 1302, i.e., inner portion 1314 is angled or tilted with respect to outer portion 1312.

The second side member 1310 is extendable and adjustable relative to the stroller and infant 106, e.g., vertical and other angles at which the second side member 1310 may be fixed. Generally, the second side member 1310 is positioned and fixed at a height and angle corresponding to the first side member 1302.

The first side member 1302 and the second side member 1310 may be clipped to the stroller. In one example, the clamp may be mounted on the top of the armrest of a stroller, with the slot 1308 and the slot 1316 securing the top of the armrest for secure placement. Other types of fasteners may be used to secure the second baby bottle securing device 1300 to the stroller. For example, nuts and bolts may be used.

As shown in fig. 13, the beam 1340 of the second baby bottle fixture 1300 may be coupled to the first and

second side members

1302, 1310 that are parallel to each other. The beam 1340 can be welded to the first side member 1302 and the second side member 1310. Alternatively, the beam 1340 may be fastened to the first and

second side members

1302, 1310, but may be detachable. Adhesives, nuts and bolts, etc. that allow the beam 1340 to be removed from the first and

second side members

1302, 1310 may be used.

The beam 1340 can extend from the first side member 1302 to the second side member 1310. The length of the beam 1340 may be adjusted based on the stroller, for example, the distance between the armrests. In addition, the beam 1340 is vertically adjustable. In one embodiment, the beam 1340 may extend vertically.

The beam 1340 may include, but is not limited to, a first side 1318, a second side 1320, and a middle portion 1322. The beam 1340 may be made of metal, plastic, etc. First side 1318 may be coupled to first side member 1302 and second side 1320 may be coupled to second side member 1310, where both connections may be permanent or temporary, as described above.

Between the first side 1318 and the second side 1320 of the beam 1340 may be a middle portion 1322. Intermediate portion 1322 may be larger or smaller by increasing or decreasing the diameter of beam 1340. For example, when the diameter of middle portion 1322 is small, first side 1318 or second side 1320 may slide over middle portion 1322, thereby decreasing the length of beam 1340. Conversely, pulling the first side 1318 or the second side 1320 from the middle portion 1322 may increase the length of the beam 1340. In a particular example, the middle portion 1322 can completely disengage the first side 1318 or the second side 1320 of the beam 1340 after pulling the first side 1318 or the second side 1320 far enough.

In a particular implementation, the beam 1340 may be a single component. The length of the beam 1340 is increased or decreased by the telescoping portion. For example, the beam 1340 can be permanently coupled to the first side member 1302, and the beam 1340 can extend through the telescoping portion to the second side member 1310. The beam 1340 may be permanently or temporarily attached to the second side member 1310 by the fasteners described above.

The beam 1340 may be used to support the first type of accessory 110. As previously mentioned, the first accessory 110 may in turn be used to position and adjust the position of the feeding bottle 102. The first attachment 110 can be fixed at multiple locations along the beam 1340 and is not limited to the center of the beam 1340. The second attachment 710 can also be used and fixed at different locations along the beam 1340.

According to a specific implementation, the second bottle holder 1300 can be placed on the stroller after the infant 106 is secured. Alternatively, the second baby bottle holder 1300 may have a pivot point on the first side member 1302 or the second side member 1310 such that the beam 1340 may be raised vertically horizontally to facilitate carrying or placing the baby 106 into the stroller. In a particular implementation, the beam 1340 can be removed when the first and

second side members

1302, 1310 are secured to the infant harness. The beam 1340 may be remounted to another structure as described herein.

Fig. 14 is a partial schematic view of a second baby bottle fixture 1300 for mounting a baby bottle 102 to a stroller, and a second side portion 1320 may include an aperture 1402 allowing the middle portion 1322 or a portion thereof to enter the second side portion 1320. By allowing intermediate portion 1322 to enter or exit aperture 1402, the length of beam 1340 can be decreased or increased. Similarly, first side 1318 may include an aperture that allows middle portion 1322, or a portion thereof, to enter or exit first side 1318 in order to decrease or increase the length of beam 1340.

Fig. 15 is a schematic view of the middle portion 1322 of the second feeding bottle fixture 1300 for mounting the feeding bottle 102 to a stroller. Middle portion 1322 may enter or exit from first side 1318 or second side 1320 to decrease or increase the length of beam 1340. As shown, medial portion 1322 may have a smaller diameter than first side 1318 and second side 1320. Alternatively, middle portion 1322 may have a larger diameter than first side 1318 and second side 1320 to increase or decrease the length of beam 1340.

To secure the middle portion 1322 to the first and

second sides

1318, 1320, the middle portion 1322 may include a first knob 1502 and a second knob 1504. The first knob 1502 and the second knob 1504 may provide friction such that the middle portion 1322 does not easily enter or exit from the first side 1318 and the second side 1320. The first knob 1502 and the second knob 1504 may be slightly protruding on the middle portion 1322. Material may be placed on the first knob 1502 and the second knob 1504 to increase friction of the intermediate portion 1322. Other structures may be used such that medial portion 1322 does not readily disengage from first side portion 1318 and second side portion 1320, such as snaps or other fasteners.

Fig. 16 is a schematic structural view of the third attachment 1610. The third accessory 1610 may be placed on the bottle holder as previously described. A third type of attachment 1610 may be placed on the frame assembly 108 supported by the first member 302 or the second member 330. Similar to before, the frame assembly 108 of the baby bottle fixture may include a first beam 410 and a second beam 420. A third attachment 1610 may be placed on the first beam 410, the second beam 420, or the beam 1340 for a stroller. In addition, it may be placed at various locations along the beams 410,420, and 1340.

In a particular example, the frame assembly 108 may include a stabilizer 1620. The stabilizer 1620 may provide additional strength to the feeding bottle fixing device. Stabilizer 1620 may be coupled to first member 302 and second member 330. The stabilizers 1620 may be substantially flat such that they may make the bottle fixture difficult to tip over when the frame assembly 108 is placed on the floor 112. The stabilizer 1620 may have various shapes and forms, and is not limited to those disclosed herein.

Fig. 17 is an enlarged view of a third attachment 1610 on the baby bottle holding device. The third accessory 1610 may include a feeding bottle connection portion for securing the feeding bottle 102. The third attachment 1610 is shown mounted on the second beam 420 and may be placed on any of the beams 410,420, 1340 and is not limited to an intermediate position.

Fig. 18 is a further enlarged view of the third attachment 1610 on the baby bottle holding device. The third attachment 1610 may include, but is not limited to, a knob 1802 for securing the bottle 102, a longitudinal cavity 1810, a clamp 1812, and a latch 1814. The third attachment 1610 may use fewer or more components, specific components being provided below for description.

The knob 1802 may include, but is not limited to, a handle 1804, a cylindrical portion 1806, and a fastening portion 1808. The handle 1804 of the knob 1802 may allow a user to secure and/or release the third accessory 1610 from the frame assembly 108. In one example, turning the knob 1802 clockwise can tighten the third attachment 1610 to the frame assembly 108 while turning it counterclockwise can release it.

The handle 1804 can extend through the cylindrical portion 1806 to the exterior of the longitudinal cavity 1810. The cylindrical portion 1806 may vary in length or length depending on the user's requirements. The cylindrical portion 1806 may pass through the longitudinal cavity 1810 and terminate at a fastening portion 1808. The fastening portion 1808 may be located inside the clamp 1812. By rotating the handle 1804 of the knob 1802, the longitudinal cylindrical portion 1806 is driven into or out of the longitudinal cavity 1810 such that the fastening portion 1808 is lowered or raised. In a specific example, the above-described structure may be achieved by providing threads on the cylindrical portion 1806 and mating threads in the longitudinal cavity 1810. External or internal threads may be used in the cylindrical portion 1806 and the longitudinal cavity 1810.

The longitudinal cavity 1810 and the clamp 1812 of the third attachment 1610 may be combined into a single solid structure. In addition, latches 1814 may also be incorporated into the structure. Or each of the components may be attached to or detached from each other.

As indicated above, the clamp 1812 may be inserted onto the aforementioned beam 410,420, or 1340. The clamp 1812 may simply be pushed onto the beam 410,420 or 1340 so that the third attachment 1610 can be tightly secured to the frame assembly 108. As described above, the fastening portion 1808 of the knob 1802 may be used to secure the third attachment 1610 to the beams 410,420, and 1340 by rotating the handle 1804. The third attachment 1610 may be released by turning the handle 1804 in the opposite direction. Latch 1814 may provide a feeding bottle connection.

As shown in FIG. 19, a third attachment 1610 on the bottle holder is shown in a side view without knob 1802. As previously described, the third attachment 1610 may include a longitudinal cavity 1810, a clamp 1812, and a latch 1814. The longitudinal cavity 1810 may allow the knob 1802 to screw the third attachment 1610 to the beams 410,420, and 1340. In one example, external or internal threads may be provided within the longitudinal cavity 1810.

The clamp 1812 of the third attachment 1610 may be mounted to the beams 410,420 and 1340. When lowered, the fastening portion 1808 of the knob 1802 may secure the third attachment 1610 to the beam 410,420, or 1340. Latch 1814 may be used to secure bottle 102 for feeding.

A side view of knob 1802 is shown in fig. 20. The handle 1804 of the knob 1802 may include a geometry that allows a user to twist or rotate the knob 1802. Twisting of the handle 1804 may cause the cylindrical portion 1806 to rise and fall within the longitudinal cavity 1810. The raising and lowering of the cylindrical portion 1806 causes the fastening portion 1808 to fasten the third attachment 1610 to the beam 410,420 or 1340, as previously described.

Fig. 21-25 illustrate a fourth attachment 2100 for a baby bottle fixture. The fourth accessory 2100 may include a bottle connection portion for securing the bottle 102. The fourth appendage 2100 can be placed on any of the beams 410,420, and 1340 described above and is not limited to an intermediate position.

Fourth accessory 2100 may include, but is not limited to, longitudinal cavity 2110, attachment tube 2112, support beam 2116, and clamp 2114 for securing bottle 102. Longitudinal cavity 2110 can be coupled to attachment tube 2112 such that longitudinal cavity 2110 can communicate with the interior of attachment tube 2112. The attachment tube 2112 may have an inner diameter 2112A substantially equal to the previously described beam 410,420, or 1340. The support beam 2116 may be an approximately planar member. Support beams 2116 may extend from the attachment tubes 2112 and connect to the grippers 2114. The holder 2114 may be constituted by a base member 2118. An opening 2120 may be formed through the base member 2118. Opening 2120 may be sized and shaped to fit and secure feeding bottle 102 therein. Knob 1802 (see fig. 18 and 20) may be positioned in longitudinal cavity 2110 to secure fourth accessory 2100 to beam 410,420, or 1340, as described below. Fewer or more components may be used with the fourth attachment 2100, with specific components provided below for illustration.

The knob 1802 may include, but is not limited to, a handle 1804, a cylindrical portion 1806, and a fastening portion 1808 as shown in fig. 18 and 20. The handle 1804 of the knob 1802 may allow a user to fasten and/or release the fourth accessory 2100 to the frame assembly 108. In one example, turning knob 1802 clockwise may tighten fourth accessory 2100 to frame assembly 108; conversely, a counterclockwise rotation releases it.

The handle 1804 can extend through the cylindrical portion 1806 to the exterior of the longitudinal cavity 2110. The cylindrical portion 1806 may vary in length depending on the user. The cylindrical portion 1806 may pass through the longitudinal cavity 2110 and terminate at a fastening portion 1808. The securing portion 1808 may be located inside the attachment tube 2112. By turning the handle 1804 of the knob 1802, the longitudinal cylindrical portion 1806 is driven into or out of the longitudinal cavity 2110, causing the fastening portion 1808 to be lowered or raised. In one example, this can be accomplished by providing threads on the cylindrical portion 1806 and mating threads in the longitudinal cavity 2110. Internal or external threads may be used in the cylindrical portion 1806 and the longitudinal cavity 2110.

Thus, to secure the fourth accessory 2100, the user can rotate the handle 1804 of the knob 1802 so that the longitudinal cylindrical portion 1806 is disposed within the longitudinal cavity 2110, causing the fastening portion 1808 to contact one of the beams 410,420, 1340, thereby allowing the fourth accessory 2100 to be attached thereto. To release the fourth accessory 2100, the user can turn the handle 1804 of the knob 1802 in the opposite direction, thereby driving the longitudinal cylindrical portion 1806 out of the longitudinal cavity 2110, causing the fastening portion 1808 to release from the beams 410,420, and 1340.

The longitudinal cavity 2110, the attachment tube 2112, the support beam 2116 and the holder 2114 of the fourth accessory 2100 may be combined into a single structure. Alternatively, each of these components may be connected to each other and may be detachable.

The fourth attachment 2100 may be mounted and secured to one of the beams 410,420, and 1340 described above by inserting the beam 410,420, or 1340 into the attachment tube 2112. As described above, the fastening portion 1808 of the knob 1802 may secure the fourth accessory 2100 to the beam 410,420, or 1340 by rotating the handle 1804. Conversely, the fourth attachment 2100 can be released by turning the handle 1804 in the opposite direction. Once secured, the user may insert bottle 10 into holder 2114.

Claims

1. A feeding bottle fixing device for infant equipment, comprising a frame assembly having a beam, and an attachment internally embedded in the beam and fixing a feeding bottle to the beam; the beam is embedded in an attachment tube;

the accessory includes:

a longitudinal cavity;

and a holder connected with the attachment tube for fixing the feeding bottle;

the frame assembly includes: a first member having a first rod and a second rod, a second member having a first rod and a second rod;

the first rod of the first member is connected with the second rod of the second member to form a first beam, and the second rod of the first member is connected with the first rod of the second member to form a second beam; the attachment is embedded on the first beam or the second beam;

the first rods of the first and second members comprise male connectors, the second rods of the first and second members comprise female connectors, and the first rods of the first member and the second rods of the second member and the second rods of the first member and the first rods of the second member are connected through the male connectors and the female connectors.

2. A feeding bottle securing device as claimed in claim 1, further comprising a support beam connected between the attachment tube and the gripper.

3. The baby bottle securing device according to claim 1, wherein the clamp comprises: a base member, and an opening formed on the base member.

4. A feeding bottle securing device according to claim 3, wherein said opening has a circumference similar to the size and shape of a feeding bottle.

5. A feeding bottle securing device as claimed in claim 1, wherein the first and second members comprise longitudinal portions separating the first and second rods.

6. A feeding bottle securing device according to claim 5, wherein the longitudinal portion is rectangular and the first and second bars are curved at the top of the longitudinal portion.

7. A feeding bottle fixing device for infant equipment, comprising a frame assembly having a beam, and an attachment internally embedded in the beam and fixing a feeding bottle to the beam; the beam is embedded in an attachment tube;

the accessory includes:

a longitudinal cavity;

and a holder connected with the attachment tube for fixing the feeding bottle;

the frame assembly includes: a first member and a second member; the beam extending from a first member to a second member, the beam having a length that is adjusted based on the infant device;

said first and second members including an outer portion and an inner portion; the outer portion and the inner portion form a slot.

8. A feeding bottle securing device as claimed in claim 7, wherein the first and second members comprise fasteners connecting the feeding bottle securing device to the infant equipment.

9. A feeding bottle securement device as in claim 7 wherein said beam includes a first side portion and a second side portion separated by a middle portion.

10. A feeding bottle securing device according to claim 9, wherein the first and second side portions slide on the middle portion to adjust the length of the beam.

11. A feeding system for infant equipment, comprising: an assembly having a beam, a length of the beam being adjusted based on the infant device; and an accessory embedded inside the beam and fixing the feeding bottle on the beam; the attachment includes an attachment tube into which the beam is embedded; the accessory includes:

a longitudinal cavity;

a holder connected with the attachment tube for fixing the feeding bottle;

and a support beam connected between the attachment tube and the holder.

12. The feeding system as defined in claim 11, wherein the holder comprises: a base member, and an opening formed on the base member; the opening has a circumference similar to the size and shape of the nursing bottle.