Water bottle receiving collar

Abstract

The present invention relates to a collar formed around a neck portion of an upper garment, and more particularly, to a water bottle containing collar in which a containing portion having a hollow inside is formed, a heat retaining material is provided inside the containing portion to maintain a beverage contained in a water bottle at a predetermined temperature, and a water inlet tube is formed to extend from the water bottle, so that water can be drunk without using hands.

Description

Technical Field

[0001] The present invention relates to a collar formed around the neck of an upper garment, and more specifically, to a water bottle receiving collar having a hollow receiving portion inside, wherein an insulating material is provided inside the receiving portion to maintain a specified temperature for a beverage contained in a water bottle, and a water inlet tube extends from the water bottle so that water can be drunk without using one's hands. Background Technology

[0002] To maintain a necessary level of hydration, the body needs to continuously ingest water. In summer, the body consumes or evaporates a significant amount of water; therefore, even slight physical activity will cause water to be lost through sweat. Prolonged outdoor activity can lead to severe dehydration, potentially causing intense thirst or even systemic discomfort or cramps. Furthermore, due to the cold winter temperatures, the body releases heat to the outside; therefore, it is advisable to drink warm beverages to maintain body temperature if spending extended periods outdoors.

[0003] When you feel thirsty while engaging in outdoor activities such as sports, travel, mountain climbing, fishing, or playing golf, or while working in places without drinking fountains such as construction sites or farmland, you can easily replenish your fluids by filling a water bottle and carrying it with you.

[0004] Typically, water bottles containing beverages are placed in bags, hung on waistbands, or carried by hand.

[0005] Furthermore, existing water bottles are equipped with heat preservation devices, such as forming a vacuum layer inside the water bottle or covering the water bottle with heat-insulating materials such as foam materials, to maintain the beverage inside the water bottle at a hot or cold temperature.

[0006] For portable polypropylene (PP) bottles, not only do hot drinks cause the bottles to deform when filled with them, but when filled with cold drinks in the summer, the lack of an insulation device means they can easily become neither hot nor cold due to the hot weather.

[0007] Furthermore, while busy with other activities such as mountain climbing or construction site work, there is the inconvenience of having to stop to take the water bottle out of the bag. Moreover, since the water bottle needs to be held with one hand, it will be difficult to drink water in busy places such as construction sites.

[0008] Furthermore, existing water bottles require insulated bottles with insulation devices to maintain the temperature of beverages. However, compared to polypropylene bottles, insulated bottles not only have problems such as being heavy, inconvenient to carry, and expensive, but also have the disadvantage that their heat preservation performance decreases over time.

[0009] Therefore, there is a need to develop water bottles that are not only easy to carry, but also improve work efficiency by freeing up the hands during drinking, and are equipped with a heat preservation device to maintain an appropriate temperature in order to provide adequate water in summer or winter.

[0010] Existing technical documents

[0011] Patent documents

[0012] Patent Document 1: KR 20-0188022(Y1) April 24, 2000

[0013] Patent Document 2: KR 20-0399157(Y1) October 13, 2005 Summary of the Invention

[0014] Technical issues

[0015] In order to solve the above problems, the object of the present invention is to provide a water bottle holding collar that is not only easy to carry, but also allows for quick drinking when thirsty.

[0016] Furthermore, another object of the present invention is to provide a water bottle holding collar that eliminates the hassle of searching for a water bottle in a bag when carrying it, reduces inconvenience caused by the water bottle shaking during movement, and provides a sense of stability when carried by hanging it on the body.

[0017] Furthermore, another object of the present invention is to provide a water bottle storage collar that makes it easy to insert and remove a water bottle when storing or carrying it, thanks to the provided zipper.

[0018] Furthermore, another object of the present invention is to provide a water bottle accommodating collar that eliminates limitations in terms of water bottle size by forming a space for accommodating a water bottle using a stretchable material, and can also accommodate other items besides the water bottle.

[0019] Furthermore, another object of the present invention is to provide a water bottle holding collar that, by providing a heat preservation device inside the space holding the water bottle, keeps the water temperature at an appropriate level, thereby enabling the provision of cold drinks in summer and hot drinks in winter.

[0020] Furthermore, another object of the present invention is to provide a water bottle receiving collar that simplifies the insertion and removal of the water bottle by forming a heat-insulating device inserted into the water bottle through a double structure, and effectively blocks heat conduction by surrounding the outer surface of the water bottle.

[0021] Furthermore, another object of the present invention is to provide a water bottle containment collar that allows for easy and quick drinking when thirsty, without the need to separately remove the beverage inside the water bottle.

[0022] Furthermore, another object of the present invention is to provide a water bottle holding collar that can be separated from or replaced from the garment due to the presence of a device that connects with an end formed around the neck of the garment.

[0023] Technical solution

[0024] To achieve the above objectives, the water bottle-containing collar provided by the present invention is formed at the end of the neck of the upper garment, with the front part forming an open arc shape around the neck, and a hollow receiving part 100 formed inside. Zipper lines 120 of different lengths are formed on the left and right sides along the outer side of the receiving part 100, and a water bottle 10 is inserted inside the receiving part 100.

[0025] Furthermore, the aforementioned receiving portion 100 of the present invention is made of a stretchable material, and the receiving portion 100 can extend when the water bottle 10 is inserted inside.

[0026] Furthermore, the interior of the aforementioned receiving portion 100 of the present invention also includes a separate heat-insulating material 110. The heat-insulating material 110 is composed of an upper heat-insulating material 111 and a lower heat-insulating material 112 with an open center. The upper heat-insulating material 111 and the lower heat-insulating material 112 are semi-circular arc shapes with different diameters. An opening portion 113 is formed in the opposing direction of the upper heat-insulating material 111 and the lower heat-insulating material 112. When the water bottle 10 is inserted into the interior of the heat-insulating material 110, the heat-insulating material 110 extends the receiving portion 100 to the outside by applying pressure to the receiving portion 100 from the inside.

[0027] Furthermore, the upper insulation material 111 and the lower insulation material 112 partially overlap and contact each other when expanding or contracting, and the end of the small-diameter open portion 113 is located inside the large-diameter open portion 113.

[0028] Furthermore, the cap of the water bottle 10 is connected to the water inlet pipe 11, which extends outward through the through-hole 13.

[0029] Furthermore, a connecting portion 130 is formed on the bottom surface of the aforementioned receiving portion 100, and the connecting portion 130 is detachably attached to the neck of the garment along the arc direction.

[0030] The effects of the invention

[0031] The water bottle holder collar of the present invention has the following advantages: it is not only easy to carry, but also allows for quick drinking when thirsty.

[0032] Furthermore, when carrying a water bottle, this invention eliminates the hassle of searching for the water bottle in a bag. During movement, it not only reduces the inconvenience caused by the water bottle shaking, but also provides a sense of stability when carried by hanging it on the body.

[0033] Furthermore, when storing or carrying a water bottle, the present invention makes insertion and removal easy via the provided zipper line.

[0034] Furthermore, the present invention eliminates the limitation on the size of water bottles by forming a space for accommodating water bottles using a stretchable material, and can also accommodate other items besides water bottles.

[0035] Furthermore, the present invention provides a heat preservation device inside the space containing the water bottle to maintain the water temperature at an appropriate level, thereby enabling the provision of cold drinks in summer and hot drinks in winter.

[0036] Furthermore, the present invention simplifies the insertion and removal of the water bottle by forming a heat-insulating device inserted into the water bottle through a dual structure, and effectively blocks heat conduction by surrounding the outer surface of the water bottle.

[0037] Furthermore, when feeling thirsty, the present invention allows for easy and quick drinking while the beverage is contained, without the need to separately remove the beverage from the bottle.

[0038] Furthermore, since the present invention is provided with a device that engages with an end formed around the neck of the garment, it can be separated from or replaced from the garment. Attached Figure Description

[0039] Figure 1 This is a perspective view of the water bottle-containing collar combined with the upper garment according to the present invention.

[0040] Figure 2 Part (a) is a top view showing that the water bottle holder collar of the present invention is in the shape of a semi-circular arc. Figure 2 Part (b) is a top view showing that the water bottle holder collar of the present invention is triangular in shape. Figure 2 Part (c) is a top view showing that the water bottle holder collar of the present invention is pentagonal in shape.

[0041] Figure 3 A perspective view of the water bottle holder collar of the present invention having a zipper line.

[0042] Figure 4 This is a cross-sectional view of the water bottle holder collar of the present invention, showing that thermal insulation material is provided inside the holder section.

[0043] Figure 5 A top view of the water bottle holder collar of the present invention with an inlet pipe.

[0044] Figure 6 This is a perspective view of the water bottle holder collar of the present invention having a joint formed on the bottom surface. Detailed Implementation

[0045] Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, so that those skilled in the art can easily implement the present invention.

[0046] The water bottle-containing collar of the present invention is a collar formed around the neck at the end of the neck of the upper garment. The front part is formed in an open arc shape around the neck, surrounding the back of the neck. The two ends are located on the left and right sides of the neck. A hollow receiving part 100 is formed inside. Zipper strips 120 of different lengths are formed on the left and right sides along the outer side of the receiving part 100. A water bottle 10 is inserted inside the receiving part 100.

[0047] The collar, as we know it, refers to the part of a garment made of cotton or fabric that is tightly wrapped around the neck. In cold winters, the collar is kept close to the neck for warmth, while in summer, it is loosened to prevent it from sticking to the neck for protection against the heat.

[0048] The design of collars is relatively extensive, not only serving a practical function of protecting the neck or body temperature, but also possessing an aesthetic function of leaving a good impression due to the addition of decorations.

[0049] The water bottle holder collar of the present invention has practical functions such as maintaining body temperature and quenching thirst. A storage space is formed inside the collar of the garment, adjacent to the drinking opening, which houses a water bottle 10 for the user to fill with beverages. A water inlet pipe 11 connected to the water bottle 10 extends to the outside of the collar. Therefore, the wearer can drink water without holding the water bottle 10 in his hand. Moreover, even in places such as construction sites where there is no time to drink water due to busy schedules, it is easy to replenish water.

[0050] Furthermore, the water bottle-containing collar of the present invention is positioned in the same way as existing collars, forming around the neck of the garment, with the two ends located on the left and right sides of the front of the neck of the garment, respectively.

[0051] The aforementioned water bottle-shaped collar is formed in an arc shape, surrounding the back of the neck, with the two ends positioned on the clavicle side of the wearer. However, it is not limited to an arc shape; according to another embodiment, it can also be formed into other curves or surround the neck in a quadrilateral or triangular shape. Preferably, when surrounding the neck in a polygonal shape such as a quadrilateral or triangular shape, it should surround the back of the neck with the two ends positioned on the clavicle side, forming a shape that is open in the front.

[0052] The shape of the collar that surrounds the neck can vary in many ways based on the spatial division and length of the internal containment area.

[0053] According to another embodiment, when the collar surrounds the neck in a triangular shape, the open triangular collar without any vertices is attached to the end of the neck of the upper garment, and the space of the receiving part 100 can be divided into three partitioned spaces: the left side, the right side, and the back side. A partition 115 can be set between each partitioned space to distinguish each space, thereby forming a spacious receiving space.

[0054] Alternatively, when the collar surrounds the neck in a pentagonal shape, similar to a triangular collar, the front portion is open without any vertices. The space of the storage compartment 100 can be divided into five sections: two left sides, two right sides, and one rear side. Partitions 115 can be installed between these sections to separate them. In this case, although each section is smaller than that of the triangular collar, a greater number of storage spaces can be created. Therefore, various items can be stored according to their purpose, such as storage spaces for water bottles 10, tools, and portable items.

[0055] Therefore, the structure of the containment space can be modified to improve convenience, depending on the location, purpose, and body type of the wearer.

[0056] In the water bottle-containing collar of the present invention, the interior is hollow, and a receiving portion 100 for receiving a water bottle 10 and a plurality of items is formed. The receiving portion 100 is formed around the periphery of the collar, and the receiving portion 100 may be formed around the entire periphery of the collar. Alternatively, the receiving portion 100 may be formed only on a part of the collar.

[0057] The water bottle 10, which is used to hold beverages, can be stored in the aforementioned storage section 100 for carrying. When feeling thirsty, even in places where there is no water station, one can drink the beverage contained in the water bottle 10 to replenish fluids.

[0058] A zipper line 120 is provided on the outer skin surrounding the aforementioned containment section 100. The containment section 100 can be opened or closed through the zipper line 120, thus allowing items to be stably stored inside the containment section 100.

[0059] The aforementioned zippers can be formed along the arc direction on the outer surface of the collar, and multiple zippers can be provided on the left and right sides.

[0060] The zipper line 120 can be formed on the left outer surface in such a way that it extends from the left end to the rear, so as to open and close the left side receiving section 100 and the rear side receiving section 100. Therefore, the left side receiving section 100 and the rear side receiving section 100 can be opened and closed by adjusting the zipper line 120 formed on the left side in order to insert or remove an item.

[0061] The right-side zipper line 120 is formed at the right end at an appropriate length, and the right-side receiving section 100 can be opened and closed by the right-side zipper line 120.

[0062] Alternatively, a single shape can be formed by extending along an arc from the left end to the right end.

[0063] The aforementioned receiving section 100 is made of a stretchable material, thus, when containing a water bottle 10 or an item, there are no limitations on its size and shape. Therefore, when the water bottle 10 is not inserted into the receiving section 100, the volume of the receiving section 100 will decrease, and when the water bottle 10 is inserted for carrying, the volume of the receiving section 100 will increase.

[0064] The aforementioned storage compartment 100 is made of a retractable material, so in addition to the water bottle 10, it can store everyday items such as car keys, wallets, and mobile phones. When working outdoors, it can store commonly used tools and take them out for use.

[0065] Furthermore, when the water bottle 10 or other items are not contained, the storage section 100, made of stretchable material, forms a relatively small volume, thus avoiding any cumbersome inconvenience to the wearer. When the water bottle 10 or other items are inserted, the outer skin of the storage section 100 will stretch, allowing items to be freely stored without regard to their shape or size.

[0066] The aforementioned containment section 100 includes insulation material 110, which is used to keep the beverage temperature both cold and hot when a water bottle 10 containing a beverage is inserted.

[0067] In the hot summer, the body loses water through sweat, and as body temperature rises, there is a risk of heatstroke. Therefore, it is necessary to drink cool water. However, the temperature of beverages can become lukewarm or even hot due to the hot outdoor temperature. Even in winter, hot drinks prepared to maintain body temperature often cool down quickly. To prevent this from happening and to help regulate body temperature, insulating material 110 needs to be installed inside the aforementioned containment section 100 to maintain the beverage in the water bottle 10 at a specified temperature.

[0068] The aforementioned thermal insulation material 110 has a dual structure, consisting of an upper thermal insulation material 111 and a lower thermal insulation material 112. The aforementioned thermal insulation material 110 is a hollow cylindrical shape. Its cross-section is taken with a horizontal line as the reference. The thermal insulation material 110 located above the vertical line is the upper thermal insulation material 111, and the thermal insulation material 110 located below the vertical line is the lower thermal insulation material 112.

[0069] The cross-sections of the upper insulation material 111 and the lower insulation material 112 are semi-circular arc shapes. Openings 113 are positioned so that the upper and lower insulation materials can face each other, allowing them to open and unfold. Hollow sections are formed inside the cross-sections of the upper insulation material 111 and the lower insulation material 112, thus allowing the water bottle 10 to be accommodated within the hollow sections.

[0070] Furthermore, rigid rings (not shown) surrounding the outer periphery of the insulation material 110 are formed on the upper insulation material 111 and the lower insulation material 112, respectively. The rings have a semi-circular arc shape in cross-section and are formed along the cross-sectional shape of the insulation material 110. Since they surround the outer periphery of the insulation material 110, the upper and lower insulation materials can stably maintain their semi-circular arc shape.

[0071] The aforementioned rings (not shown) can be formed in multiples at predetermined intervals along the neck in an arc direction. As the frequency of insertion and removal of the water bottle 10 relative to the insulation material 110 gradually increases, the shape of the insulation material 110 may change. However, the rigid rings (not shown) can prevent deformation caused by increased use, thus improving the product's durability.

[0072] The upper and lower insulation materials are bonded to the outer skin of the receiving portion 100 via an elastomer 114, which is formed on the upper and lower parts of the inner surface of the receiving portion 100. When the water bottle 10 is inserted into the insulation material 110, the elastomer 114 can push the insulation material 110 outward to expand the internal space, thereby transmitting its pressure to the outer skin of the receiving portion 100.

[0073] Furthermore, when the water bottle 10 is not inserted into the insulation material 110, the volume of the receiving part 100 decreases as the insulation material 110 contracts inward.

[0074] One or more elastomers 114 may be formed in the upper and lower parts respectively. The insulation material 110 can be supported at the location supporting the upper insulation material 111 and the location supporting the lower insulation material 112. Alternatively, multiple elastomers 114 may be formed in the upper and lower parts respectively, which can further stabilize and support the upper and lower insulation materials at multiple locations.

[0075] Alternatively, the elastomer 114 can be a plate-shaped curved surface surrounding the outer periphery of the insulation material 110, rather than connecting the inner surface of the receiving portion 100 to the outer surface of the insulation material 110. Thus, as the water bottle 10 is inserted into the insulation material 110, and the internal space of the insulation material 110 expands and the insulation material 110 is elongated, the plate-shaped elastomer 114 causes the inner periphery of the insulation material 110 to exert strong pressure on the outer surface of the water bottle 10 to prevent the formation of unsealed gaps, thereby effectively maintaining the temperature.

[0076] The length of the aforementioned insulation material 110 is less than the length of the aforementioned receiving portion 100. That is, the end of the insulation material 110 is separated from the end of the receiving portion 100 by a predetermined interval, forming a usable space between the end of the receiving portion 100 and the end of the insulation material 110.

[0077] Therefore, when inserting a water bottle 10 into the insulation material 110, it is necessary to first open the zipper 120 to open the outer side of the receiving part 100. Since there is a usable space between the end of the insulation material 110 and the end of the receiving part 100, the water bottle 10 can be inserted into the insulation material 110 through the usable space.

[0078] When a water bottle 10 is inserted into the insulation material 110, the insulation material 110 applies pressure to the outer skin of the receiving part 100 in the outward direction. Therefore, as the outer skin stretches in the direction of pressure, the receiving part 100 made of stretchable material can expand its internal space.

[0079] like Figure 4 As shown, the ends of the open portions 113 of the upper insulation material 111 and the lower insulation material 112 are in contact with each other. The open portions 113 of the upper and lower insulation materials can be formed with different diameters, with the smaller diameter open portion 113 located inside the larger diameter open portion 113. The outer surface of the end of the smaller diameter open portion 113 is in contact with the inner surface of the larger diameter open portion 113.

[0080] When the internal space of the insulation material 110 expands due to the insertion of the water bottle 10, the end of the small-diameter open part 113 cannot detach from the interior of the large-diameter open part 113. Since the upper and lower insulation materials seamlessly surround the outer surface of the water bottle 10, the insulation effect can be improved.

[0081] Even if the water bottle 10 is removed from the inside of the insulation material 110 and the internal space is reduced, the end of the small-diameter open portion 113 can still maintain contact with the internal surface of the large-diameter open portion 113.

[0082] After the water bottle 10 is inserted into the insulation material 110, the inner surface of the small-diameter open portion 113 surrounds the outer surface of the water bottle 10. As the outer surface of the small-diameter open portion 113 comes into contact with the inner surface of the large-diameter open portion 113, the contact state between the upper insulation material 111 and the lower insulation material 112 can be maintained. Thus, the outer surface of the water bottle 10 is completely surrounded by the insulation material 110, which can maintain the insulation effect.

[0083] When no water bottle 10 is inserted inside the insulation material 110, the open portions 113 of the upper and lower insulation materials are wound up. As the small-diameter open portion 113 is wound inside the large-diameter open portion 113, and the large-diameter open portion 113 is wound along the outer surface of the small-diameter open portion 113, the volume of the receiving portion 100 can be reduced.

[0084] Furthermore, when the water bottle 10 is inserted into the insulation material 110, in order to maintain the contact state of the open portion 113, protrusions (not shown) and locking shoulders (not shown) can be formed on the upper and lower insulation materials. The end of the small-diameter open portion 113 forms a protrusion (not shown) that protrudes outward, and the end of the large-diameter open portion 113 forms a locking shoulder (not shown) that protrudes inward. This allows the protrusion (not shown) to be locked onto the locking protrusion (not shown) to limit the range of extension. When the water bottle 10 is inserted, it can prevent the end of the small-diameter open portion 113 from detaching from the end of the large-diameter open portion 113.

[0085] In the water bottle 10 housed inside the aforementioned receiving section 100, the cap can be connected to the water inlet pipe 11. In order to achieve the purpose of the present invention, that is, to carry a water bottle 10 containing a beverage by inserting it into the receiving section 100 formed in the collar for quick drinking, the water inlet pipe 11 is formed to serve as a drinking device when thirsty.

[0086] When drinking water through the aforementioned water inlet pipe 11, the hassle of removing the water bottle 10 from the outside of the housing 100 is reduced. This provides the advantage of being able to drink water without interrupting work when working on a construction site.

[0087] A through-hole 13 can be formed in the collar, allowing the water inlet pipe 11 connected to the cap of the water bottle 10 to extend outwards from the collar. Multiple through-holes 13 can be formed, depending on the number of water bottles 10 inserted, and can be located on the left, right, and rear sides.

[0088] A flow regulating device 12 can be formed in the aforementioned water inlet pipe 11. The diameter of the water inlet pipe 11 can be adjusted by moving the roller, thereby regulating the flow rate. When consuming a beverage, the roller can be rolled in the direction where the water inlet pipe 11 cannot be pressed to allow the beverage to flow along the water inlet pipe 11. When not consuming a beverage, the roller can be rolled in the direction where the water inlet pipe 11 is pressed forcefully to block the water inlet pipe 11, thereby regulating the flow of the beverage.

[0089] In the water bottle-containing collar of the present invention, a connecting portion 130 may be formed on the bottom surface for attaching and detaching from the garment. More specifically, a connecting portion 130 is formed on the bottom surface of the collar's receiving portion 100, which is detachably attached to the neck area of ​​the garment along an arc direction. The connecting portion 130 may be Velcro, a button, a zipper, etc., and is connected to an end formed around the neck of the garment. When replacement is required, i.e., when washing or damage is needed, the connecting portion 130 can be released to detach from the garment. Depending on the purpose and use, it can also be combined with collars of various shapes.

[0090] At construction sites, the clothing worn by workers may vary depending on their job. Various garments may be fitted with a connecting section 130, and their usability can be increased by incorporating the water bottle-collecting collar of this invention.

[0091] The following is an example illustrating the water bottle-collecting collar of the present invention.

[0092] The collar of the present invention can accommodate a water bottle 10 or an article inside the receiving portion 100 by opening the zipper line 120 formed on the outer side. When inserting the water bottle 10 into the insulation material 110, the zipper line 120 must first be opened to open the outer side of the receiving portion 100. Since the end of the insulation material 110 is separated from the end of the receiving portion 100 to form a usable space, the water bottle 10 can be inserted into the insulation material 110 through the usable space.

[0093] The outer surface of the water bottle 10 is surrounded by insulation material 110, so it can maintain a low temperature in summer and a high temperature in winter.

[0094] When the wearer feels thirsty or needs to drink water to maintain body temperature, they can drink through the water inlet tube 11, which extends from the cap of the water bottle 10 to the outside of the collar. By biting the water inlet tube 11 to drink, it is not necessary to take the water bottle 10 out of the storage compartment 100 or hold the water bottle 10 with one hand during work. Even when holding items with both hands, one can simply turn their head and bite the water inlet tube 11 to drink.

[0095] The water inlet pipe 11 is opened by adjusting the wheel of the flow regulating device 12 installed on the water inlet pipe 11 to drink the beverage. After drinking, the wheel can be rolled in the direction of pressing the water inlet pipe 11 to block the water inlet pipe 11, thereby locking the water bottle 10.

[0096] Since the beverage in the water bottle 10 is kept at its temperature by the insulating material 110, it can provide cold drinks to the wearer in summer and hot drinks in winter to provide thirst quenching and maintain body temperature.

[0097] The water bottle holder collar of this invention is not only easy to carry, but also allows for quick drinking when thirsty.

[0098] Furthermore, when carrying a water bottle, this invention eliminates the hassle of searching for the water bottle in a bag. During movement, it not only reduces the inconvenience caused by the water bottle shaking, but also provides a sense of stability when carried by hanging it on the body.

[0099] Furthermore, when storing or carrying a water bottle, the present invention makes insertion and removal easy via the provided zipper line.

[0100] Furthermore, the present invention eliminates the limitation on the size of water bottles by forming a space for accommodating water bottles using a stretchable material, and can also accommodate other items besides water bottles.

[0101] Furthermore, the present invention provides a heat preservation device inside the space containing the water bottle to maintain the water temperature at an appropriate level, thereby enabling the provision of cold drinks in summer and hot drinks in winter.

[0102] Furthermore, the present invention simplifies the insertion and removal of the water bottle by forming a heat-insulating device inserted into the water bottle through a dual structure, and effectively blocks heat conduction by surrounding the outer surface of the water bottle.

[0103] Furthermore, when feeling thirsty, the present invention allows for easy and quick drinking while the beverage is contained, without the need to separately remove the beverage from the bottle.

[0104] Furthermore, since the present invention is provided with a device that engages with an end formed around the neck of the garment, it can be separated from or replaced from the garment.

[0105] Explanation of reference numerals in the attached figures

[0106] 10: Water bottle; 11: Inlet pipe; 12: Flow regulating device; 13: Through port

[0107] 100: Containment Department

[0108] 110: Thermal insulation material; 111: Upper thermal insulation material; 112: Lower thermal insulation material.

[0109] 113: Open Department

[0110] 114: Elastomer; 115: Partition plate

[0111] 120: Zipper thread

[0112] 130: Joint

Claims

1. A water bottle-shaped collar, formed at the end of the neck of an upper garment, characterized in that, The front part is formed in an open arc shape around the neck, and a hollow receiving part (100) is formed inside. Zipper lines (120) of different lengths are formed on the left and right sides along the outer side of the receiving part (100). A water bottle (10) is inserted inside the receiving part (100). The interior of the aforementioned receiving section (100) also includes separate thermal insulation material (110), which is composed of an upper thermal insulation material (111) and a lower thermal insulation material (112) with an open center. The upper thermal insulation material (111) and the lower thermal insulation material (112) are semi-circular arc shapes with different diameters. An opening (113) is formed in the opposite direction of the upper thermal insulation material (111) and the lower thermal insulation material (112). When the water bottle (10) is inserted into the interior of the thermal insulation material (110), the thermal insulation material (110) applies pressure to the receiving section (100) from the inside to make the receiving section (100) extend to the outside.

2. The water bottle-containing collar according to claim 1, characterized in that, The aforementioned receiving part (100) is made of a stretchable material, and the receiving part can extend when the water bottle (10) is inserted inside.

3. The water bottle-containing collar according to claim 1, characterized in that, The upper insulation material (111) and the lower insulation material (112) partially overlap and contact each other during expansion and contraction, and the end of the small-diameter open part (113) is located inside the large-diameter open part (113).

4. The water bottle-containing collar according to claim 1, characterized in that, The cap of the water bottle (10) is connected to the water inlet pipe (11), which extends outward through the through-hole (13).

5. The water bottle-containing collar according to claim 1, characterized in that, A connecting part (130) is also formed on the bottom surface of the aforementioned receiving part (100), and the connecting part (130) is attached to the neck of the garment in a detachable manner along the arc direction.

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