KR102304541B1 - Flexible bracelet for cleanser - Google Patents

Abstract

The present invention relates to a bracelet containing a cleaning agent. More specifically, the bracelet containing a cleaning agent comprises: a body part (104) in which an accommodation space (104a) is formed so as to accommodate a liquid cleaning agent or disinfectant injected through an injection port (102); and a cleaning agent discharge means formed on the body part (104), and configured to discharge the liquid cleaning agent or disinfectant accommodated in the accommodation space (104a) to the outside. Accordingly, when a user wears the body part (104) around his or her wrist and presses the body part (104) or a pumping member (120), the cleaning agent or disinfectant is discharged to the wrist or palm through a discharge port (106), such that the user can easily wash or sterilize his or her hands. The body part (104) is formed of a rubber material or a soft material and molded to be flexible so as to improve wearing sensation on the wrist. Various colors can be added to the bracelet or the bracelet can be molded into various shapes, and patterns can be expressed on the bracelet, and thus, the bracelet can exhibit the effect such as a fashion accessory. The bracelet can be worn together with a watch or another bracelets so as to satisfy preferences of consumers.

Description

Cleaner bracelet {Flexible bracelet for cleaner}

The present invention relates to a hand sanitizer bracelet, and in particular, by enabling the detergent to be exposed or identified in the user's field of view at all times by wearing rather than carrying it, so that the user who needs to use the hand sanitizer essential and frequently can use the hand sanitizer It relates to a detergent bracelet that can be used at any time while being worn at any time to increase the use of hand sanitizer, while enabling a detergent spray operation with a simple one-handed operation to facilitate hand washing regardless of location.

Due to rapid environmental changes in the global village such as global warming, mankind is exposed to indiscriminate attacks of new pathogens such as new influenza, which have not been dealt with before. In addition, as international exchanges become more frequent in the global era, the speed of infection of infectious diseases quickly crosses continents, and the scope of infection is spreading across the globe.

Recently, as infectious diseases caused by infections such as swine flu, MERS, Zika virus, and COVID-19 have emerged as social issues, the importance of using hand sanitizer is being emphasized.

Here, in the era of war against viruses and bacteria, the easiest way to prevent the spread of pathogens at the level of ordinary citizens is to manage the hands, which are the transmission medium of bacteria and viruses.

However, since there is no guarantee that there will always be a water supply facility nearby when it is practically necessary to wash your hands, the assumption that you can wash your hands when necessary is virtually meaningless. If you come into contact with the device or handle that is being used again, the previous hand washing has no meaning.

In particular, the problem is that when using public transportation such as buses and subways, the handles or instruments there are in contact with the hands of many unknown people, so all places and objects encountered while moving are infected by hand. Although it is the most vulnerable in terms of risk, so far there are few means or tools to frequently clean hands while on the go.

In order to solve the above problems, liquid detergents that can wash hands without water have been developed and commercialized, but most of the detergent cases on the market lack consideration for portability and portability, so users carry and use them. There are difficulties.

That is, the conventional detergent case is too bulky to be carried in a pocket, so it can be carried only by putting it in the same bag as a handbag. However, there is a disadvantage that the frequency of use is not high.

The present invention has been devised to solve the above problems, and by allowing the cleaner to be exposed or identified in the user's field of view at all times by wearing rather than carrying it, the user who needs to use hand sanitizer essential and frequently The purpose of this invention is to provide a sanitizer bracelet that allows people to use hand sanitizer frequently while wearing it at all times, thereby increasing the hand sanitizer usage rate, and enabling the spraying operation with only one hand to facilitate hand washing regardless of location. There is this.

The above object, the receiving space (104a) is formed on the inside to accommodate the liquid detergent or disinfectant injected into the injection port (102), the body portion 104 is worn on the wrist; It is achieved by a detergent bracelet, characterized in that it is formed in the body portion 104 and includes a detergent discharging means for discharging the liquid detergent or disinfectant accommodated in the accommodation space 104a to the outside.

In addition, the cleaning agent discharging means includes a discharge port 106 that is formed in the body portion 104 and allows the disinfectant or cleaning agent to be sprayed by the compressive force when the receiving space 104a is compressed when the body portion 104 is pressed. .

Here, a first hook part 112 formed on one end or the other end of the body part 104 is formed so that the body part 104 can be worn on the wrist, and the other end or one end of the body part 104 is formed. It is preferable to form the second hook part 114 to be hook-coupled to the first hook part 112 .

In addition, the cleaning agent discharging means, the body portion 104, one end of the body portion (3.104), the communication hole 116 formed in any one of the other end of the body portion 104 so that the outer communication with the receiving space (104a). class; a pumping member 120 coupled to the communication hole 116 to pump the cleaning agent or disinfectant inside the accommodation space 104a; a coupling means of the pumping member for coupling the pumping member 120 to the communication hole 116 of the body 104; and a discharge port 106 coupled to the pumping member 120 to discharge the pumped cleaning agent or disinfectant to the outside of the body portion 104 .

Here, the pumping member 120 is coupled to the body portion 104, and the upper part is opened while the vent hole 124a is perforated on the outer periphery 124, and the protrusion 126 protrudes upward from the lower part. A casing 122 made of an inner tube 129 in which a plurality of discharge holes 126a are perforated on the outer periphery of the upper portion of the protrusion 126 while the dip tube 128 is press-fitted to the bottom of the; The first opening/closing part 130 of the cylindrical or cap structure covering the upper part of the inner tube 129 of the casing 122 and having an opening/closing hole 130a formed therein to elastically open and close the discharge hole 126a, and the inner tube 129 ) and the exterior 124, the second opening and closing portion 132 is formed to protrude upward so that an insertion groove 132a extending in the circumferential direction is formed spaced apart from the first opening and closing portion 130 by a certain distance. a valve body 134 made of a rubber material having a; It has the cap structure and is inserted between the outer diameter of the second opening and closing part 132 and the inner diameter of the outer tube 124 of the valve body 134 inserted between the inner tube 129 and the outer tube 124 of the casing 122. The first pressing part 136 is formed to extend downward to press the valve body 134 downward, and the first pressing part 136 is formed to extend downwardly spaced apart by a predetermined distance to the inside of the valve body 134 . A plurality of incision grooves 138a that are inserted into the insertion groove 132a to press down the valve body 134 and are cut to a certain height from the lower end are formed along the circumferential direction, and a plurality of incision grooves 138a are formed from the inner diameter to the upper end. A spacer 138b is formed through a space between the second pressing portion 138 protruding inwardly and the first pressing portion 136 and the second pressing portion 138 through the discharge port 106, It is preferable to include the operation part 140 in which the compression chamber 140a in which the cleaning agent or disinfectant solution is temporarily stored inside the 2 pressurization part 138 is formed.

And, the coupling means of the pumping member, the first screw portion 142 formed on the outer side or the other side of the pumping member 120, and; a second screw portion 144 formed at the other end or one end of the body portion 104 and fastened to the first screw portion 142; a third hook part 146 formed on the other side or one side of the pumping member 120; It is preferable to include a fourth hook portion 148 formed at one end or the other end of the body portion 104 and inserted and coupled to the third hook portion 146 .

On the other hand, the above object is molded to a certain length so that the receiving space 104a is formed on the inside along the longitudinal direction, and the injection port 102 for injecting a liquid detergent or disinfectant into the receiving space 104a is formed flexible (Flexible) ) one body portion 104 and; an outer cap 125 that is formed through the upper portion of the body portion 104 into the receiving space 104a and is fastened to the fastening portion 123 having a threaded outer diameter; It is inserted and coupled to the inside of the fastening part 123 by the outer cap 125, the exterior 124 in which the vent hole 124a is perforated on the outer periphery while the upper part is opened, and the suction pipe 150 at the lower part is force-fitted upward. a double pipe 127 composed of an inner pipe 129 having a plurality of discharge holes 126a perforated on the outer periphery of the protruding upper part; The first opening/closing part 130 of the cylindrical or cap-shaped structure covering the upper part of the inner tube 129 of the double tube 127 and having an opening/closing hole 130a formed therein to elastically open and close the discharge hole 126a, and the inner tube 129 ) and the exterior 124, the second opening and closing portion 132 is formed to protrude upward so that an insertion groove 132a extending in the circumferential direction is formed spaced apart from the first opening and closing portion 130 by a certain distance. a valve body 134 made of a rubber material having a; It has the cap structure, and is inserted between the outer diameter of the second opening and closing part 132 of the valve body 134 and the inner diameter of the outer tube 124 inserted between the inner tube 129 and the outer tube 124 of the double tube 127. The first pressing part 136 is formed to extend downward to press the valve body 134 downward, and the first pressing part 136 is formed to extend downwardly spaced apart by a predetermined distance to the inside of the valve body 134 . A plurality of incision grooves 138a that are inserted into the insertion groove 132a to press down the valve body 134 and are cut to a certain height from the lower end are formed along the circumferential direction, and a plurality of incision grooves 138a are formed from the inner diameter to the upper end. A spacer 138b is formed through a space between the second pressing portion 138 protruding inwardly and the first pressing portion 136 and the second pressing portion 138 through the discharge port 106, It is also achieved by the detergent bracelet, characterized in that it includes an operation unit 140 formed with a compression chamber 140a in which the cleaning agent or disinfectant solution is temporarily stored on the inside of the second pressure unit 138 .

And, it is preferable to further include a branch pipe (150a) which is branched to both sides from the lower end of the suction pipe (150).

In addition, the injection port 102 is coupled to the body portion 104 and protrudes inside the body portion 104, the end of which is closed and an injection tube having at least one injection hole 102a penetrating through the inner diameter ( 102b); It is inserted into the outer diameter of the injection pipe 102b protruding into the body portion 104, and consists of a third cylindrical opening and closing portion 102c made of a rubber material having an elastic restoring force.

'자형 단면이 길이방향으로 연장형성된 접철부재(152)를 포함하는 것이 바람직하다.In addition, it is attached from the lower part of the body part 104 or is integrally inserted, and depending on the transmission direction of the external force, the body part 104 can be unfolded in a '-' shape or bent in a 'C' or 'O' shape.

It is preferable to include the folding member 152 having a 'shaped cross-section extending in the longitudinal direction.

The present invention can be conveniently worn on the wrist because the body portion 104 having a certain length in the longitudinal direction can be flexibly unfolded in a '-' shape or bent into a 'C' or 'O' shape, and with either hand By pressing the body part 104 worn on the body part 104 with the other hand or by manipulating the operation part (downward pressing), the detergent or disinfectant stored in the accommodation space 104a of the body part 104 is discharged through the wrist or palm through the discharge port 106. By allowing it to be discharged, it has the effect of conveniently washing or sterilizing hands.

In addition, the body portion 104 of the present invention may be molded to be flexible as a rubber material or a soft material, and may be injection molded into a structure that can be worn on the wrist using a hard material, and can be worn on the wrist. Wrist wear can be improved when used, and various colors can be added, molded into various shapes, and patterns can be expressed, so you can get the same effect as a fashion accessory, so it can be worn with a watch or another bracelet. It has the effect of being able to satisfy the preferences of consumers.

Therefore, it is possible to use the usual work, leisure, sports, etc., while wearing it in the form of a bracelet on the wrist of consumers. Accordingly, since the frequency of exposure increases, it has the effect of being able to conveniently wash hands anytime, anywhere.

1 is a view showing the structure of the binding state as a first embodiment of the detergent bracelet according to the present invention, 'O'.
Figure 2a is a view showing a state before the detergent is injected into the inlet 102 of the detergent bracelet according to the present invention.
Figure 2b shows a state in which the detergent is injected into the receiving space 104a of the body portion 104 through the injection hole while the third opening and closing portion is elastically expanded when the cleaning agent is injected into the injection port 102 of the cleaning agent bracelet according to the present invention. drawing.
Figure 3 is a view showing the structure of the state in which the body portion 104 is coupled to the casing of the pumping member 120 as a second embodiment of the detergent bracelet according to the present invention.
Figure 4 is a third embodiment of the detergent bracelet according to the present invention, a view showing a '-' character unfolded state.
Figure 5 is a third embodiment of the detergent bracelet according to the present invention, a view showing a state bent into a 'C'.
6 is a cross-sectional view taken along line A - A of FIG. 4;
7A is a cross-sectional view taken along line B - B of FIG. 4, showing a cross-section in a state in which the body portion 104 is unfolded in a '-' character.
7B is a cross-sectional view taken along the line B - B of FIG. 4, showing a cross-section in a state in which the body portion 104 is bent in a 'C' shape.
Figure 8 is a fourth embodiment of the detergent bracelet according to the present invention, a partially cut-out exploded perspective view showing the overall configuration.
9A is a cross-sectional view taken along the line C - C in a state in which the components of FIG.
9B is a cross-sectional view taken along the line C - C in a state in which the components of FIG. 8 are combined, showing a state in which the cleaning agent is discharged while the operating part descends and pressurizes the valve body downward.
9C is a cross-sectional view taken along line C - C in a state in which the components of FIG. 8 are combined, and the valve body is elastically restored while the operating part is lowered and then ascended and lowered, and the cleaning agent is eluted into the compression chamber while the first opening and closing part is expanded. .
10 is a cross-sectional view taken along line D - D in a state in which the components of FIG. 8 are combined;

The configuration and operation of the present invention will be described with reference to the accompanying FIGS. 1 to 10 as follows.

<First embodiment>

In the first embodiment, the receiving space 104a is formed on the inside to accommodate the liquid detergent or disinfectant injected through the injection port 102, and the body portion 104 worn on the wrist, and the body portion 104. It is formed and consists of a cleaning agent discharging means for discharging the liquid detergent or disinfectant accommodated in the receiving space (104a) to the outside.

Here, as the detergent discharging means, when the receiving space 104a is compressed when the body 104 is pressurized, a discharge port 106 through which the disinfectant or detergent is sprayed by the compressive force is provided and the body 104 is pressurized to press the discharge port. By allowing the cleaning agent or disinfectant to be discharged to (106), it is convenient to use the cleaning agent or disinfectant inside the accommodation space (104a).

As shown in FIG. 1 , the outlet 106 formed in the body 104 forms a hole in the body 104, and when the body 104 is bent, the outlet 106 is closed. When the body portion 104 is pressed, the discharge port 106 of the body portion 104 made of a soft material is opened to allow the cleaning agent or disinfectant to be discharged. Since it can be adopted and changed, the present invention is not limited thereto and can be variously implemented.

<Second embodiment>

In the second embodiment, after bending the '-'-shaped body part 104 into an 'O' shape, both ends of the body part 104 can be bound to each other as shown in FIG. 1 , In the present invention, as one embodiment, as shown in FIG. 1 , a first hook part 112 is formed at one end of the body part 104 , and the body part 104 is hooked to the first hook part 112 . ), by forming the second hook part 114 at the other end, the shape is deformed into an 'O' shape as shown so that it can be worn on the wrist.

Therefore, as shown in FIG. 1, when the body portion 104 of the detergent bracelet having an 'O' shape is pressed after being worn on the wrist, the receiving space 104a inside is compressed, and the receiving space ( The disinfectant or cleaning agent filled in 104a) is discharged through the discharge port 106 .

Here, after the body part 104 is bent in an 'O' shape, the first hook part 112 and the second hook part 114 for binding one end and the other end of the body part 104 to each other are '-' It is presented as an example of a means for maintaining the shape of the 'O' shape after the body part 104 of the type is bent into an 'O' shape, and the shape is changed after the body part 104 is bent into an 'O' shape. Since the means and mechanism for maintaining can be configured in various ways, the present invention does not limit the specific means for maintaining the shape of the body portion 104 in an 'O' shape.

That is, when the iron core is coupled to the body portion 104 to deform the shape of the body portion 104, the iron core also deforms, and when the iron core maintains the deformed shape, the body portion 104 is also deformed. The shape can be maintained as it is, and various methods can be adopted, such as configuring magnetic parts at both ends of the body part 104 to be coupled to each other by magnetic force, and to be separated by the user's force. The invention does not specifically limit the technical solution means for maintaining the shape of the body portion 104 in the 'O' shape as described above.

On the other hand, as shown in FIG. 1 , when the body part 104 is pressed, the receiving space 104a of the body part 104 is compressed while the cleaning agent or disinfectant accommodated in the receiving space 104a is discharged to the discharge port 106 . structure can be adopted.

Here, when the body portion 104 is bent, the discharge port 106 is closed as shown in FIG. 1 , and when the body portion 104 expands by pressing the body portion 104, the discharge port 106 is opened. It is possible to adopt a structure that allows the cleaning agent or the discharge port 106 inside the receiving space 104a to be discharged, while the present invention is not limited to the structure of the discharge port 106 as described above, and can be adopted and changed in various ways.

On the other hand, in the body portion 104 of the first and second embodiments described above, as shown in FIGS. 2A and 2B , an injection hole 102 is formed in the body portion 104 to accommodate the inside of the body portion 104 . The space 104a may be filled with a cleaning agent or disinfectant.

As shown in FIGS. 2A and 2B, the injection tube 102b is coupled to the body portion 104, and the other end of the injection tube 102b protrudes into the inner receiving space 104a of the body portion 104. , The other end of the injection tube (102b) is in a closed state, and at least one injection hole (102a) is formed through the outer diameter of the injection tube (102b).

In addition, the injection hole 102a is closed by the elastic force of the third opening and closing part 102c by inserting a cylindrical third opening and closing part 102c made of a soft material into the other side of the injection pipe 102b as shown. .

Therefore, after combining the inlet of the detergent container 110 with one end of the inlet 102 as shown in FIG. 2A, the detergent container 110 is pressurized to inject the detergent into the inlet tube 102b through the inlet. The cleaning agent injected into the injection hole 102a by the pressure may be injected into the receiving space 104a while pushing the third opening and closing portion 102c as shown in FIG. 2B .

Of course, when the force pressing the detergent container 110 is released, the injection pressure due to the detergent injected into the injection pipe 102b is also released. Since the injection hole 102a of ) is closed again, the detergent filled inside the receiving space 104a is prevented from flowing backward through the injection hole 102a.

Therefore, in the present invention, as described above, a cleaning agent or a disinfectant can be used at any time while being worn on the wrist and carried at any time, and when the cleaning agent or disinfectant inside the accommodation space 104a is consumed, the cleaning agent through the inlet 102 Alternatively, the disinfectant can be refilled and used.

<Third embodiment>

The third embodiment is provided with a cleaning agent discharging means for discharging the cleaning agent or disinfectant inside the receiving space 104a of the body 104 to the outside, and the receiving space 104a of the body 104 and the outside are in communication A communication hole 116 is formed in any one of the body portion 104, one end of the body portion 104, and the other end of the body portion 104, and the pumping member 120 is coupled to the communication hole 116 to The cleaning agent or disinfectant inside the accommodation space 104a is pumped and then discharged to the outside.

That is, after coupling the pumping member 120 to the communication hole 116 formed in the body 104 as shown in FIG. 3 , the cleaning agent or disinfectant filled in the receiving space 104a of the body 104 is applied. By pumping and discharging, it is possible to use a cleaning agent or disinfectant.

3 is a view showing one end, the other end, and the pumping member 120 of the body portion 104, the pumping member 120 is coupled to the communication hole 116 formed at the other end of the body portion 104, the body portion It is a view showing a structure in which one end of (104) is coupled to the other end of the pumping member (120) after being bent into an annular shape.

Although the present invention does not limit the coupling means of the pumping member for coupling the pumping member 120 to the communication hole 116 of the body 104, the coupling of the pumping member as one embodiment as shown in FIG. means can be provided.

That is, as shown in FIG. 3 , the first screw part 142 is formed on either the outer side of the pumping member 120 or both side surfaces of the casing 122 , and the second screw part is formed on the other end or one end of the body part 104 . The second screw portion 144 of the body portion 104 is fastened to the first screw portion 142 of the pumping member 120 by forming a , so that the body portion 104 and the pumping member 120 are coupled.

At this time, the dip tube 128 of the pumping member 120 is inserted into the communication hole 116 so that the cleaning agent or disinfectant can be pumped into the dip tube 128 .

Then, a first hook part 112 having a hook structure is formed on the outside of the pumping member 120 , and a second hook part 112 is inserted and coupled to the first hook part 112 at one end or the other end of the body part 104 . The second hook part 114 of one end of the body part 104 bent into an annular shape as shown in FIG. 3 by forming the hook part 114 is bound to the first hook part 112 of the pumping member 120 and the body part 104 ) and the pumping member 120 to be worn on the wrist.

On the other hand, in the present invention, as described above, the structure of the pumping member 120 coupled to the communication hole 116 of the body part 104 by the coupling means of the pumping member is presented, but the contents accommodated in the body part 104 are provided. Since a structure for pumping and discharging to the outside may adopt a well-known structure, the present invention is not limited thereto and may be adopted and changed in various ways.

Looking at the structure of the pumping member 120 described above, as shown in FIG. 3 , it is largely composed of a casing 122 , a valve body 134 , and an operation unit 140 .

The casing 122 has an exterior 124 in which a ventilation hole 124a is perforated on the outer periphery while the upper part is opened, and a dip tube 128 is press-fitted to the bottom of the protrusion 126 protruding upward from the lower portion. 126) A plurality of discharge holes (126a) on the outer periphery of the upper portion is made of a perforated inner tube (129).

The structure of the casing 122 is, as shown in FIG. 3 , an outer tube 124 and an inner tube 129 are integrally molded, and the outer surface 124 has an open top structure, and at least one or more surfaces are formed on the outer diameter surface. A vent hole (124a) is formed.

In addition, the inner tube 129 has a structure of a cylinder protruding upward in a state spaced apart from the exterior 124 inward, and as shown, the upper end is closed, and the lower portion is opened toward the receiving space 104a. and has a structure in which a plurality of discharge holes 126a are penetrated on the outer diameter surface connected from the upper end of the inner tube 129 .

In addition, as shown, a flexible cylindrical dip tube 128 is coupled to the inner diameter of the inner tube 129 by an interference fit method, and the dip tube 128 is inserted into the communication hole 116 of the body portion 104 . and extended and inserted into the receiving space 104a.

Meanwhile, a valve body 134 is inserted into the space formed between the inner tube 129 and the outer tube 124 of the casing 122 , and the valve body 134 includes the first opening/closing part 130 and the second opening/closing part 132 . ), the first opening/closing part 130 has a cap structure protruding upward to cover the upper part of the inner tube 129 of the casing 122 as shown in FIG. 3, and the upper end has an opening/closing hole ( 130a) is formed so that it is possible to open and close the discharge hole 126a formed at the upper end of the inner tube 129 of the casing 122 according to the direction of the compression force of the compression chamber 140a, which will be described later.

In addition, the second opening/closing part 132 protrudes upwardly spaced apart from the outer diameter of the first opening/closing part 130 by a predetermined distance, and is in close contact with the outer diameter surface of the second pressing part 138 of the operation part 140 to be described later. According to the discharge pressure of the cleaning agent discharged to the discharge hole 126a and the direction of the compression force of the compression chamber 140a, it is separated from or in close contact with the outer diameter surface of the second pressing unit 138 .

In addition, since the first opening/closing part 130 and the second opening/closing part 132 are spaced apart, an insertion groove 132a is formed extending in the circumferential direction therebetween.

On the other hand, the operation unit 140 has a cap structure, and the outer diameter and the outer diameter of the second opening and closing portion 132 of the valve body 134 inserted between the inner tube 129 and the outer tube 124 of the double tube 127 . The first pressing part 136 is formed to extend downward so as to be inserted between the inner diameters of 124 to press the valve body 134 downward.

In addition, the second pressing part 138 is formed to extend downwardly and spaced apart from the inside of the first pressing part 136 by a predetermined distance, and is inserted into the insertion groove 132a of the valve body 134 and the valve body 134 . ) is pressed down.

Here, a cut-out groove 138a is cut from the lower end of the second pressing part 138 upward to a certain height, and the cut-out groove 138a is formed in plurality along the circumferential direction of the second pressing part 138 . is formed

In addition, a plurality of spacers 138b are protruded inwardly on the inner diameter of the second pressing part 138, and a discharge port ( 106) is formed through the first pressure unit 136 and the second pressure unit 138 to be discharged to the outside through the discharge port 106, the inside of the second pressure unit 138 is a detergent or When the compression chamber 140a in which the disinfectant solution is temporarily stored is formed and the operation unit 140 descends, the cleaning agent or disinfectant solution inside the compression chamber 140a is discharged to the discharge port 106 through the incision groove 138a, and the operation is performed When the unit 140 is raised and lowered, the internal space of the compression chamber 140a is expanded and the cleaning agent or disinfectant filled in the accommodation space 104a of the body unit 104 is pulled up to the compression chamber 140a.

In addition, as in the first and second embodiments, the inlet 102 may be formed in the body portion 104 to fill the receiving space 104a inside the body portion 104 with a cleaning agent or disinfectant.

<Fourth embodiment>

In the fourth embodiment, as shown in FIGS. 4 to 7A and 7B , a folding member 152 is additionally configured in the body portion 104 of the first embodiment.

The body portion 104 is a material having at least one of elasticity and ductility, and is formed to extend in the longitudinal direction as shown, and an accommodating space 104a for accommodating a liquid detergent or disinfectant inside the body portion 104 is provided. is formed

In addition, an injection hole 102 for injecting a liquid detergent or disinfectant into the receiving space 104a is formed on one side of the body 104, and the receiving space is located on the side of the body 104 at the center. It has a structure in which a discharge port 106 that allows the liquid detergent or disinfectant contained in the 104a to be discharged to the outside is formed.

On the other hand, the folding member 152 is integrally inserted into the lower portion of the body portion 104 as shown in FIGS. 7A and 7B , or, although not shown, the folding member 152 on the lower surface of the body portion 104 . may be attached.

)가 도 4와 같이 길이방향으로 연장형성되며, 탄성력을 가지는 구조이다.The folding member 152 has a cross-sectional structure (

) is formed to extend in the longitudinal direction as shown in FIG. 4, and has an elastic force.

'인 상태에서는 도 4와 같이 'ㅡ'자 형으로 펼쳐진 상태를 유지하게 되고, 접철부재(152)의 한쪽 끝을 잡고, 다른 쪽을 구부리는 힘을 가하게 되면, 도 7b와 같이 단면구조가 '

'로 탄성변화되고, 이때, 접철부재(152)의 단면구조에 의하여 접철부재(152)의 전체적인 형상이 'C' 또는 'O'자 형태로 구부러지게되는 것이다.Therefore, the cross-sectional structure of the folding member 152 as shown in FIG. 7A is '

In the 'in state, the unfolded state in a '-' shape is maintained as shown in FIG. 4, and when one end of the folding member 152 is held and a force is applied to bend the other side, the cross-sectional structure is 'as shown in FIG. 7B'

', and at this time, the overall shape of the foldable member 152 is bent into a 'C' or 'O' shape due to the cross-sectional structure of the foldable member 152 .

Therefore, when the folding member 152 is integrally inserted into the lower portion of the body portion 104 or attached to the lower surface of the body portion 104, a force is applied to the body portion 104 and the folding member ( 152) can be unfolded or bent, and accordingly, the body portion 104 having a soft and flexible characteristic can also have a structural change that can be unfolded or bent together with the folding member 152 will be.

The fourth embodiment according to the present invention configured as described above applies a force to the body portion 104 to change the cross-sectional structure of the folding member 152 as shown in FIG. 7B, and at this time, the body portion 104 is shown in FIG. It can be worn on the wrist by using the bending property.

Therefore, the wearer wearing the detergent bracelet according to the present invention can press the body portion 104 using the other hand not wearing the detergent bracelet, and at this time, the receiving space 104a of the body portion 104 is filled. The used cleaning agent or disinfectant is discharged to the back of the hand or palm through the discharge port 106, and the user can use it.

4 and 5, the closing cap 108 is fastened to the discharge port 106 so that the cleaning agent or disinfectant filled in the accommodation space 104a of the body 104 is discharged in an unintended situation. It is desirable to prevent

<Fifth embodiment>

8 to 10 are views showing a fifth embodiment of the detergent bracelet according to the present invention, Figure 8 is a partially cut-out exploded perspective view showing the entire configuration of the second embodiment.

In the fifth embodiment, as shown in FIG. 8 , a fastening part 123 is formed on the upper portion of the body part 104 to penetrate into the inner receiving space 104a as in the first embodiment, but this fastening part 123 The outer diameter of the thread is formed, the outer cap 125 is fastened to the screw thread of the fastening part 123 is formed with a thread on the inner diameter.

As shown in FIG. 9A by the outer cap 125, the double pipe 127 is inserted into the inner diameter of the fastening part 123 to maintain the fixed structure.

In the structure of the double tube 127, as shown in FIG. 8, the outer tube 124 and the inner tube 129 are integrally molded, and the outer tube 124 has a structure with an open top, and at least one or more on the outer diameter surface. A vent hole (124a) is formed.

In addition, the inner tube 129 has a structure of a cylinder protruding upward in a state spaced apart from the exterior 124 inward, and as shown, the upper end is closed, and the lower portion is opened toward the receiving space 104a. and has a structure in which a plurality of discharge holes 126a are penetrated on the outer diameter surface connected from the upper end of the inner tube 129 .

In addition, the suction pipe 150 is coupled to the inner diameter of the inner tube 129 by an interference fit method, and the suction tube 150 may have a single tube structure such as a straw, but the fastening part 123 If is disposed in the center of the body portion 104, a structure that is branched from one suction pipe 150 to both sides like a shape in which the letter 'Y' is arranged in reverse, that is, a 'ㅗ' shape as shown in FIGS. 8 and 10 It is preferable that the branch pipe 150a branching into the structure is formed so that the cleaning agent filled on both sides of the body 104 can be sucked and discharged.

On the other hand, the valve body 134 is inserted into the space formed between the inner tube 129 and the outer tube 124 of the double tube 127, and the valve body 134 includes the first opening/closing part 130 and the second opening/closing part ( 132), the first opening/closing part 130 has a cap structure protruding upward to cover the upper part of the inner pipe 129 of the double pipe 127 as shown in FIG. 9A, and the upper end has an opening/closing hole The 130a is formed so that it is possible to open and close the discharge hole 126a formed at the upper end of the inner tube 129 of the double tube 127 according to the direction of the compression force of the compression chamber 140a, which will be described later.

In addition, the second opening/closing part 132 protrudes upwardly spaced apart from the outer diameter of the first opening/closing part 130 by a predetermined distance, and is in close contact with the outer diameter surface of the second pressing part 138 of the operation part 140 to be described later. According to the discharge pressure of the cleaning agent discharged to the discharge hole 126a and the direction of the compression force of the compression chamber 140a, it is separated from or in close contact with the outer diameter surface of the second pressing unit 138 .

In addition, since the first opening/closing part 130 and the second opening/closing part 132 are spaced apart, an insertion groove 132a is formed extending in the circumferential direction therebetween.

On the other hand, the operation unit 140 has a cap structure, and the outer diameter and the outer diameter of the second opening and closing portion 132 of the valve body 134 inserted between the inner tube 129 and the outer tube 124 of the double tube 127 . The first pressing part 136 is formed to extend downward as shown in FIG. 9A so as to be inserted between the inner diameters of 124 to press the valve body 134 downward.

In addition, the second pressing part 138 is formed to extend downwardly and spaced apart from the inside of the first pressing part 136 by a predetermined distance, and is inserted into the insertion groove 132a of the valve body 134 and the valve body 134 . ) is pressed down.

Here, a cut-out groove 138a is cut from the lower end of the second pressing part 138 upward to a certain height, and the cut-out groove 138a is formed in plurality along the circumferential direction of the second pressing part 138 . is formed

In addition, a plurality of spacers 138b are protruded inwardly on the inner diameter of the second pressing part 138, and a discharge port ( 106) is formed through the first pressure unit 136 and the second pressure unit 138 to be discharged to the outside through the discharge port 106, the inside of the second pressure unit 138 is a detergent or When the compression chamber 140a in which the disinfectant solution is temporarily stored is formed and the operation unit 140 descends, the cleaning agent or disinfectant solution inside the compression chamber 140a is discharged to the discharge port 106 through the incision groove 138a, and the operation is performed When the unit 140 is raised and lowered, the internal space of the compression chamber 140a is expanded and the cleaning agent or disinfectant filled in the accommodation space 104a of the body unit 104 is pulled up to the compression chamber 140a.

The description of the action of the fifth embodiment of the present invention detergent bracelet made as described above will be described through FIGS. 9A to 10, but the action of the fourth embodiment is also substantially the same as that of the fifth embodiment, so the description of the action of the fifth embodiment Through this, the description of the operation of the fourth embodiment will be replaced.

First, when the operating unit 140 is pressed downwardly and the operating unit 140 is lowered in the state of FIG. 9A , the valve body 134 is shown by the first pressing unit 136 and the second pressing unit 138 . It descends as shown in 9b, and at this time, the first opening/closing part 130 of the valve body 134 is in close contact with the upper end of the inner tube 129 of the double tube 127, thereby closing the discharge hole 126a, and the compression chamber As the space of 140a is reduced, the air in the compression chamber 140a acts as the cut-out groove 138a of the second pressing part 138 , so that the second opening/closing part 132 is the outer diameter surface of the second pressing part 138 . to be separated from

Therefore, initially, only the air in the compression chamber 140a is discharged to the discharge port 106 through the cut-out groove 138a, and when the downward pressure of the operation unit 140 is released, the elastic restoring force of the valve body 134 is released. As the valve body 134 raises and lowers the first pressing unit 136 and the second pressing unit 138 by the It acts to pull up the air or liquid material from the outside to the compression chamber (140a).

Accordingly, the second opening/closing part 132 is in close contact with the outer diameter surface of the second pressing part 138 to close the cut-out groove 138a, and the cleaning agent filled in the receiving space 104a of the body part 104 is a suction pipe. As shown in FIG. 9c through 150, the cleaning agent inside the receiving space 104a is opened while the first opening/closing part 130 is opened by trying to elute into the compression chamber 140a through the discharge hole 126a of the inner tube 129 as shown in FIG. 9c. It is introduced into the compression chamber (140a).

As a result, if the operation of lowering and elevating the operating unit 140 is repeated as described above, the cleaning agent temporarily accommodated in the compression chamber 140a when the operating unit 140 is lowered is discharged along the incision groove 138a. and the cleaning agent of the body part 104 accommodation space 104a is sucked into the compression chamber 140a when the operation part 140 is raised and lowered.

As described above, in the present invention, after the body part 104 is worn on one wrist, when the operation part 140 is pressed with the other hand, the cleaner is discharged to the back of the hand or the palm through the discharge port 106, so that it is worn on the wrist. It has the convenience of being able to carry it easily just by doing it, and it is possible to easily wash or disinfect hands by a simple pressing operation.

In addition, since the detergent bracelet according to the present invention basically allows the body part 104 to be worn on the wrist and the bracelet can be molded in various designs, suitable targets can be selected according to men and women of all ages to meet the needs of consumers. Marketing is easy because it can satisfy the customer's preferences, and the purchase effect can be maximized by satisfying the consumer's preference conditions.

102: injection hole 102a: injection hole
102b: injection pipe 102c: third opening and closing part
104: body portion 104a: accommodation space
106: outlet 107: closing cap
108: closing cap 110: container
112: first hook part 114: second hook part
116: through hole 120: pumping member
122: casing 123: fastening part
124: exterior 125: outer cap
124a: vent hole 126: protrusion
126a: discharge hole 127: double pipe
128: dip tube 129: inner tube
130: first opening and closing part 130a: opening and closing hole
132: second opening and closing part 132a: insertion groove
134: valve body 136: first pressing part
138: second pressing part 138a: incision groove
138b: spacer 140: operating part
140a: compression chamber 142: first screw part
144: second screw part 146: third hook part
148: fourth hook 150: suction pipe
150a: branch pipe 152: folding member

Claims (10)

An accommodating space 104a is formed inside to receive the liquid detergent or disinfectant injected through the inlet 102, the body 104 worn on the wrist, and the accommodating space 104a formed in the body 104 ) includes a cleaning agent discharging means for discharging the liquid detergent or disinfectant accommodated in the body to the outside, wherein the cleaning agent discharging means is in communication with the receiving space 104a and the outside of the body portion 104, the body portion 104 of One end, a communication hole 116 formed in any one of the other end of the body portion 104 and; a pumping member 120 coupled to the communication hole 116 to pump the cleaning agent or disinfectant inside the accommodation space 104a; In the cleaning agent bracelet comprising a discharge port 106 coupled to the pumping member 120 to discharge the pumped cleaning agent or disinfectant to the outside of the body portion 104,
The pumping member 120,
It is coupled to the body portion 104, the upper part is opened while the vent hole 124a is perforated on the outer periphery 124, and the dip tube 128 is restrained at the bottom of the protrusion 126 protruding upward from the lower part. A casing 122 made of an inner tube 129 in which a plurality of discharge holes 126a are perforated on the outer periphery of the upper portion of the protrusion 126 while being fitted;
The first opening/closing part 130 of the cylindrical or cap structure covering the upper part of the inner tube 129 of the casing 122 and having an opening/closing hole 130a formed therein to elastically open and close the discharge hole 126a, and the inner tube 129 ) and the exterior 124, the second opening and closing portion 132 is formed to protrude upward so that an insertion groove 132a extending in the circumferential direction is formed spaced apart from the first opening and closing portion 130 by a certain distance. a valve body 134 made of a rubber material having a;
It has the cap structure and is inserted between the outer diameter of the second opening and closing part 132 and the inner diameter of the outer tube 124 of the valve body 134 inserted between the inner tube 129 and the outer tube 124 of the casing 122. The first pressing part 136 is formed to extend downward to press the valve body 134 downward, and the first pressing part 136 is formed to extend downwardly spaced apart by a predetermined distance to the inside of the valve body 134 . A plurality of incision grooves 138a that are inserted into the insertion groove 132a to press down the valve body 134 and are cut to a certain height from the lower end are formed along the circumferential direction, and a plurality of incision grooves 138a are formed from the inner diameter to the upper end. A spacer 138b is formed through a space between the second pressing portion 138 protruding inwardly and the first pressing portion 136 and the second pressing portion 138 through the discharge port 106, 2 includes an operation unit 140 having a compression chamber 140a temporarily stored inside the pressure unit 138 for storing a cleaning agent or disinfectant solution;
Detergent bracelet, characterized in that it comprises a coupling means of the pumping member for coupling the pumping member (120) to the communication hole (116) of the body (104).
delete delete delete delete According to claim 1,
The coupling means of the pumping member,
a first screw portion 142 formed on one or the other side of the pumping member 120;
a second screw portion 144 formed at the other end or one end of the body portion 104 and fastened to the first screw portion 142;
a third hook part 146 formed on the other side or one side of the pumping member 120;
The cleaner bracelet, characterized in that it is formed on one end or the other end of the body portion (104) and includes a fourth hook portion (148) inserted and bound to the third hook portion (146).
It is molded to a certain length so that the receiving space 104a is formed on the inside along the longitudinal direction, and the inlet 102 for injecting a liquid detergent or disinfectant into the receiving space 104a is formed. Flexible body part 104 Wow;
an outer cap 125 that is formed through the upper portion of the body portion 104 into the receiving space 104a and is fastened to the fastening portion 123 having a threaded outer diameter;
It is inserted and coupled to the inside of the fastening part 123 by the outer cap 125, the exterior 124 in which the vent hole 124a is perforated on the outer periphery while the upper part is opened, and the suction pipe 150 at the lower part is force-fitted upward. a double pipe 127 composed of an inner pipe 129 having a plurality of discharge holes 126a perforated on the outer periphery of the protruding upper part;
The first opening/closing part 130 of the cylindrical or cap-shaped structure covering the upper part of the inner tube 129 of the double tube 127 and having an opening/closing hole 130a formed therein to elastically open and close the discharge hole 126a, and the inner tube 129 ) and the exterior 124, the second opening and closing portion 132 is formed to protrude upward so that an insertion groove 132a extending in the circumferential direction is formed spaced apart from the first opening and closing portion 130 by a certain distance. a valve body 134 made of a rubber material having a;
It has the cap structure and is inserted between the outer diameter of the second opening and closing part 132 of the valve body 134 and the inner diameter of the outer tube 124 inserted between the inner tube 129 and the outer tube 124 of the double tube 127. The first pressing part 136 is formed to extend downward to press the valve body 134 downward, and the first pressing part 136 is formed to extend downwardly spaced apart by a predetermined distance inside of the valve body 134 . A plurality of incision grooves 138a that are inserted into the insertion groove 132a to press down the valve body 134 and are cut to a predetermined height from the lower end are formed along the circumferential direction. The spacer 138b is formed through a space between the second pressing part 138 protruding inwardly and the first pressing part 136 and the second pressing part 138 through the discharge port 106, 2 The cleaning agent bracelet, characterized in that it comprises an operation unit 140 formed inside the pressing unit (138) a compression chamber (140a) for temporarily storing the cleaning agent or disinfectant solution.
8. The method of claim 7,
Detergent bracelet, characterized in that it further comprises a branch pipe (150a) which is branched on both sides from the lower end of the suction pipe (150).
8. The method of claim 7,
The inlet 102 is,
an injection pipe 102b coupled to the body 104 and protruding inside the body 104, the end of which is closed and at least one injection hole 102a penetrating through the inner diameter;
Inserted into the outer diameter of the injection tube (102b) protruding into the body portion (104), the detergent bracelet, characterized in that consisting of a third cylindrical opening and closing portion (102c) of a rubber material having an elastic restoring force.
8. The method of claim 7,
It is attached from the lower part of the body part 104 or is integrally inserted, so that the body part 104 can be unfolded in a '-' shape or bent in a 'C' or 'O' shape depending on the transmission direction of the external force.

Cleaner bracelet, characterized in that it includes a folding member 152 with a 'shaped cross section extending in the longitudinal direction.

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