KR20110120142A - Device of multipurpose foot support - Google Patents

Abstract

PURPOSE: A foot rest is provided to obtain good ventilation among toe parts while minimizing the whole size of the foot rest and to make acupressure of a foot possible. CONSTITUTION: A foot rest comprises: a duct(21) which is connected to each flow path of a ventilation fan and a warm air fan in order to guide air generated from the ventilation fan and warm air fan to the rest and supplies flowing air to the rest; a branch unit which is prepared in an outlet of a duct in order to supply the air guided through the duct to the rest; and an air guide wall(24) installed in order to surround the rest.

Description

Foot stand {Device of Multipurpose Foot Support}

The present invention relates to a foot rest, and more particularly, by placing a device having various functions on the foot rest for ease of use in daily life, the foot through a multifunctional foot rest such as ventilation, acupressure, blood circulation, fatigue recovery, massage, etc. The present invention relates to a foot rest for helping to maintain health by enabling effective care.

If the sitting posture lasts for a long time, blood flows to the lower body, which increases fatigue. Putting your feet on a pedestal or doing a thermal massage can relieve fatigue. The foot bath or foot massager is commercialized and used as a daily necessity, focusing on the recovery of fatigue by promoting the circulation of the feet.

Foot rest and acupressure Other foot rests are known that have a variety of functions, such as promoting blood circulation and supplying fresh air or breathing massage to the foot.

The technology of the 'multi-functional foot stand' disclosed in the Republic of Korea Patent No. 0777533 relates to a multi-functional foot stand that integrates the foot stand, leg rest and air cleaning function for convenient use in daily life, the configuration of the The air inlet and the air outlet of the hole is perforated, the upper plate having a linear protrusion in the center, the filter is installed inside the bottom and the UV sterilizer having a UV light emitter at the lower end of the filter, installed on the side of the UV sterilizer inflow through the air circulation port A foot support consisting of a fan fan for flowing out the air to the outside, and formed integrally with the latch gear portion that is rotatably fastened to both sides of the foot support, but is rotatably coupled to the rotating member having an articulation latch at one upper end Bridge legs having leg supports rotatably fastened to the other end of the rotating section made of joints It is configured as a footrest.

The above technology is to integrate the foot support, leg rest, and air purifier for convenience in daily use so that it can be selectively used according to the user's convenience, and the height of the leg rest is adjusted to fit the user's body by simple latch gear operation. The foot and legs are mounted on the chair or sofa while maintaining a comfortable posture to relieve the ankle pain and fatigue of the knee joint. The user selects by function to relieve fatigue of foot and legs such as massage, acupressure and poultice in the sole and calf parts, and a plurality of air inlets for purifying air and removing foot odor on the upper part of the foot rest. Equipped with air outlet, filter and UV sterilizer for foot odor removal and air purification Shut the been presented for providing a multi-function foot-rest object to the odor and contaminants purified by fan having a fan that can cool the heat and sweat.

However, the above technique does not allow the foot to be placed on the scaffold correctly, and it is not able to effectively manage the foot, including intensive acupressure and massage of the foot, and mainly to manage the leg. Low was not enough.

On the other hand, the technology of the 'cold-foot feet' disclosed in the Republic of Korea Patent Publication No. 0873203, the blowing fan is installed in the partition space formed through the through hole downwards, and the upper and lower feet of the partition space is finished with a mesh, and the foot support is a pair of left and right pairs It is provided with a support body, a detachable means for the footrest is provided with a heating element is installed on the side and a thermal slipper provided with a power terminal to one side and the control unit is installed on the footrest body and electrically connected to the blower fan and the thermal slipper By constructing the cold and warm foot stand, it is possible to put the foot in the most comfortable posture for working or learning, to relieve fatigue, and to cool the feet by blowing air in the summer and to warm the feet by the heat slippers in winter. To improve blood flow and work and learning Will.

 The technology consists of a pedestal body provided with a pair of left and right footrests in which a ventilation fan is installed in a compartment having a through hole and the upper surface of the compartment is finished with a mesh, so that the foot is accurately placed and the blowing and warming effects are concentrated on the foot. It was made to be.

 However, the above technique is to reduce the fatigue of the foot and work and learning effect by blowing air and warm air into the foot-shaped slippers or foot rests, and thus, the effect of foot massage and acupressure cannot be expected, and compared to the general foot rests. The disadvantages are monotonous and less effective.

As described above, the conventional foot rest is a structure in which the leg and foot rest are integrated to promote the blood circulation of the legs and the feet at the same time, so that the foot can be intensively massaged and acupressure, foot ventilation, odor removal and sterilization, etc. Although it can be summarized as the construction of the foot rest, the intensive gout of the area between the toes and the therapeutic effect on the area between the toes where most athlete's foot fungus inhabits could not be expected.

The present invention has been made in order to solve the problems of the prior art, and an object of the present invention is to provide a foot support for allowing acupressure of the foot while at the same time reducing the overall size of the foot support while obtaining good ventilation for the portion between the toes. Another object of the present invention is to put the foot on the intensive massage and acupressure for the foot and the gout, odor removal and sterilization, etc., intensive gout for the area between the toes and the area between the toes where the athlete's foot intensively inhabit It is to provide a foot rest that can expect a therapeutic effect.

There is a bottom surface which touches the floor, and the upper part includes a foot support body having an upper surface constituting an upper portion, and a warm air fan that is built-in mounted on the foot support body to generate warm air, and a blower fan to generate ventilation air. In the foot support having a fan portion for allowing ventilation and a footrest formed in the shape of a foot to be placed on the top surface of the foot rest,

A duct connected to each of the flow paths of the hot air fan and the blower fan to supply the air flow to the scaffold so as to guide and supply air generated from the hot air fan and the blower fan to the scaffolding side;

A branching opening provided at an outlet side of the duct for branching and supplying air guided through the duct to the scaffolding sides of both sides;

It comprises a; air induction wall installed in the periphery of the periphery so as to wrap around the scaffold in order to block the flow of air guided to the scaffold side through the branch opening and to concentrate on the scaffold,

The surface of the footrest is characterized in that it comprises a diaphragm provided in the contact portion of the toe on the surface of the footrest so that the toes can be opened apart when the toes of the human body is in close contact.

On the upper surface of the foot rest is characterized in that the body weight is installed to measure the weight.

The front portion of the footrest is characterized in that it has a cover to put the front portion of the foot.

 The surface of the upper surface of the scaffold is characterized in that a number of acupressure protrusions that can press the bottom of the foot protrudes irregularly regular.

The acupressure protrusion is characterized by having a vent through the wind.

The acupressure protrusions are arranged on the surface of the middle portion of the scaffold so that the arc portion of the foot can naturally contact the foot, and the vibrator has a shape corresponding to the arc shape of the foot.

The diaphragm which is installed on the surface of the scaffold to open the toes, is configured to be connected to the supply flow path for selectively supplying athlete's foot medicine and perfume, the spout passage is formed in the diaphragm and configured to selectively supply athlete's foot medicine and perfume It features.

The present invention has the effect that can be used for multi-purpose, such as to obtain a good ventilation for the portion between the toes while reducing the overall size of the foot rest as possible as well as acupressure and massage of the foot can be used as a weight scale at the same time. In addition, it is possible to put foot on the foot rest, intensive massage and acupressure, foot ventilation, odor removal and sterilization of foot, and physical treatment of the part between toes where athlete's foot fungus lives.

1 is a plan view for explaining the configuration of the foot rest according to an embodiment of the present invention.
Figure 2 is a side view of the foot rest in accordance with an embodiment of the present invention.
3 is an explanatory diagram of a foot support according to another embodiment of the present invention.
Figure 4 is a side view of the foot rest according to another embodiment of the present invention.
5 is a diagram illustrating a state of use of the foot rest according to another embodiment of the present invention.

Hereinafter, the present invention will be described in more detail with reference to the drawings.

1 is a plan view for explaining the configuration of the foot rest according to an embodiment of the present invention. Figure 2 is a side view of the foot rest according to an embodiment of the present invention. 3 is an explanatory view of a footrest according to another embodiment of the present invention. Figure 4 is a side view of the foot rest according to another embodiment of the present invention. 5 is a diagram illustrating a state of use of the foot rest according to another embodiment of the present invention.

Foot foot according to the present invention, as shown in Figures 1 and 2, has a bottom surface 11 in contact with the bottom 10, the upper foot foot body 13 having a top surface 12 constituting an upper portion, A fan unit 16 that is built-in mounted on the foot stand main body 13 and includes a hot air fan 14 that generates warm air and a blower fan 15 that generates ventilation air, and a foot unit 16 for allowing the foot to be warmed and ventilated, and the foot stand main body It is composed of a foot rest 20 having a footrest (17) (17a) formed in the shape of a foot so as to put the foot on the upper surface (12) of (13).

The main part is the hot air fan 14 and the blower fan 15 to guide and supply the air generated from the hot air fan 14 and the blower fan 15 on the fan 16 side to the scaffold 17 and 17a side. It is composed of a duct 21 is connected to each flow path 18 of the () to supply the flow air to the scaffold (17, 17a).

The footrest main body 13 is provided with a branch opening 23 provided at the outlet 22 side of the duct 21 in order to branch and supply air guided through the duct 21 to the side plates 17 and 17a on both sides. It is configured inside.

The periphery of the footrests 17 and 17a to surround the circumference of the footrests 17 and 17a to block the outflow of air guided through the branch 23 and to concentrate the footrests 17 and 17a. The air induction wall 24 is comprised. The air flowing in the scaffolds 17 and 17a by the air induction wall 24 does not suddenly escape out but flows out around the scaffolds 17 and 17a.

The surface of the footrest (17) (17a) is a plate 25 in contact with the toes on the surface of the footrest (17) (17a) so that the toes are separated and open when the toes of the human body is in close contact It is formed.

Looking at the configuration of the present invention in more detail with reference to Figures 1 to 5 as follows.

The fan unit 16 is divided into a hot air fan 14 and a blower fan 15. The hot air fan 14 is a conventional fan used for sending warm air at low temperature such as winter, which is not shown in the drawings. Basically, it is basically to have a heating heater built-in type or send it to the flow path through a device that warms room temperature air.

And the blowing fan 15 is a fan for blowing the air that can give a cool feeling than the warm air, such as the summer season, to achieve the same effect as the fan. In order to send cooler and colder air, it is necessary to use a fan that can be cooled, but to this end, it is necessary to include a device corresponding to a heat cycle, which makes the structure complicated and expensive.

The selection of cold air and hot air can be obtained by driving any one of the hot air fan 14 and the blower fan 15 as described above. For this purpose, the foot rest main body 13 has a power switch 50 and a cold / hot air selector switch 51. ) Is attached. In consideration of more sophisticated operability and convenience, the fan unit 16 may be conveniently driven and automatically controlled according to the current temperature and input time setting.

As shown in FIG. 1, on the upper surface 12 of the foot support main body 13, a weight scale 26 capable of measuring the weight of the human body may be installed to be used as a weight scale if necessary.

As shown in FIG. 1 and FIG. 2, the front part of the footrest 17 and 17a can be set as the structure provided with the cover 27 which can accommodate the front part of the foot 30. As shown in FIG. When the cover 27 is placed, a feeling similar to wearing shoes can be obtained, and the cover 27 can be usefully used in various ways, including the purpose of maintaining the health of the toes and rehabilitation of the feet, including keeping the toes. .

Here, the cover 27 may be manufactured by injection molding using a synthetic resin material, and may be manufactured using various materials such as cotton, cloth, leather, rubber, etc., and then attached or integrated into a structure. In consideration of breathability, it can be manufactured in various shapes and shapes by selecting an appropriate material.

As shown in FIG. 1, the acupressure on the foot is formed by regularly or irregularly protruding a number of acupressure protrusions 28 that can press the bottom of the foot 30 on the upper surface of the footrest 17, 17a. This can possibly be configured. Acupressure projections 28 may be formed to maintain the ventilation and ventilation by forming a ventilation opening 29 through the wind.

Here, the acupressure protrusions 28 are installed on the surfaces of the scaffolds 17 and 17a in a protruding manner, and may be applied by selecting a variety of materials and protrusion shapes to improve blood pressure using magnets or to improve acupressure effects. have.

As shown in FIG. 2, acupressure protrusions 32 are arranged on the surface of the foot so that the arc portion 31 of the foot is naturally in contact with the sole portion of the foot of the middle portion of the footrest 17 and 17a. The vibrator 33 having a shape corresponding to the shape of 31 may be disposed to protrude. Here, the vibrator 33 is a vibration device that is commonly used, it is preferable that the type is operated by the solenoid to generate vibration.

3 and 4, the diaphragm 25, which is installed on the surfaces of the footrests 17 and 17a and opens the toes 34, includes the athlete's foot medicine 40 and the perfume 41. It can be configured to connect the supply flow path 35 so as to selectively supply, and to form a spout passage 36 in the diaphragm 25 to selectively supply athlete's foot medicine (40) and perfume (41) The vibrators 33a, 33b, 33c can be configured to be evenly distributed on the scaffolds 17 and 17a.

And, as shown in FIG. 5, the foot rest body 13 is installed by installing a link support 60 fixed to the hinge 61 and connected to the link 63 so that the foot rest body 13 can be folded and unfolded. It is also possible to configure such that it can be used at an angle to the angle convenient.

To this end, one end of the link support 60 is connected to one side of the foot support main body 13 by a hinge 61, and the other end is connected to the hinge 62 so that it can be folded and unfolded. Another side of the foot support main body 13 can be used by tilting the foot support 20 when using the support shaft 63, the support shaft 63 to absorb the vibration of the vibrator (33) ) Can be configured to absorb vibration by configuring a damping device.

The operation according to the present invention configured as described above will be described in detail with reference to the accompanying drawings.

The footrest 20 according to the present invention is capable of selectively adjusting the hot and cold air according to the climate, and the initial air flow flowing in accordance with the selection of the cold and hot air is branched from the branch 23 through the duct 21. Inflow to the footrest (17) (17a), the introduced air is in direct contact with the skin of the foot 30 to keep the foot warm or to cool the sweat or heat.

The fan unit 16 is divided into a hot air fan 14 and a blower fan 15. The hot air fan 14 is a conventional fan used for sending warm air at low temperature such as winter, which is not shown in the drawings. Basically, it is basically to have a heating heater built-in type or send it to the flow path through a device that warms room temperature air.

And the blowing fan 15 is a fan for blowing the air that can give a cool feeling in the summer to achieve the same effect as the fan. In order to send cooler and colder air, it is necessary to use a fan that can be cooled, but to this end, it is necessary to include a device corresponding to a heat cycle, which makes the structure complicated and expensive.

The selection of cold air and hot air can be obtained by driving any one of the hot air fan 14 and the blower fan 15 as described above. For this purpose, the foot rest main body 13 has a power switch 50 and a cold / hot air selector switch 51. ) Is attached. In consideration of more sophisticated operability and convenience, the fan unit 16 may be conveniently driven and automatically controlled according to the current temperature and input time setting.

Foot rests to warm or cool the feet with the composition of cold and warm air are known as described above, but the present invention induces the initial air flow formed by either cold or warm air through the duct 21, and the branch It distributes to both sides of the footrest 17 and 17a via 23, and makes air contact both feet simultaneously through the one flow path duct 21. As shown in FIG. One flow path duct 21 simplifies the flow path structure.

The footrests 17 and 17a have a shape corresponding to both feet 30 so that when the foot is placed on and close to the foot, the foot 30 is brought into close contact with the footrest 17 and 17a so that the air is in a comfortable and comfortable state. To be in contact with, and when the foot 30 is in close contact with the pushing force, the bottom of the foot 30 comes into contact with the acupressure protrusion 28 to thereby obtain an acupressure effect on the foot 30.

The air guided to the scaffold 17, 17a side is concentrated on the scaffold 17, 17a, and the scaffold 17, 17a is provided by an air induction wall 24 provided to surround the scaffold 17, 17a. The air flowing in the) does not suddenly escape the outside of the scaffold (17, 17a) flows out of the periphery by extending the time that the cold and hot air is in contact with the foot 30 to increase the effect by the air contact.

The surface of the footrest (17) (17a) is provided with a plate (25) protruding so that the toe (34) portion of the human body is in close contact and open to separate the toes (34) when the toes (34) It allows for airflow between and effectively maintains cleanliness between the toes.

The selection of cold air and hot air can be obtained by driving any one of the hot air fan 14 and the blower fan 15 as described above. For this purpose, the foot rest main body 13 has a power switch 50 and a cold / hot air selector switch 51. ) Is attached. In consideration of more sophisticated operability and convenience, it is also possible to conveniently drive and automatically control the fan unit 16 according to current temperature and input time setting.

As described above, the present invention has been described with reference to the drawings and specification, with reference to an embodiment of the invention, but it is an example. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the scope of the invention.

10: bottom
11: Bottom
12: top
13: footrest body
14: hot air fan
15: blower fan
16: Fan part
17.17a: Scaffolding
18: Euro
21: duct
22: exit
23: branch apparatus
24: air induction wall
25: Plate
26: The weight scale
27: cover
28: Acupressure protrusions
29: vent
32: Acupressure protrusions
33: vibrator
35: Supply Euro
36: blowout passage

Claims (6)

There is a bottom surface 11 which touches the bottom 10, and the upper part of the foot pedestal main body 13 having the upper surface 12 constituting the upper portion, the warm air fan that is built-in mounted on the foot pedestal body 13 to generate warm air 14 and the fan 16 to generate ventilation air to allow the foot to keep warm and ventilated, and the foot 12 to rest on the upper surface 12 of the foot support main body 13. In the footrest 20 provided with the footrest 17 (17a) formed in the shape,
Each of the hot air fan 14 and the blower fan 15 to guide and supply air generated from the hot air fan 14 and the blower fan 15 on the side of the fan unit 16 to the scaffold 17 and 17a side. A duct 21 connected to the flow path 18 to supply flow air to the scaffolds 17 and 17a;
Branching holes (23) provided on the outlet (22) side of the duct (21) for branching and supplying air guided through the duct (21) to both sides of the scaffold (17) (17a);
Peripheral portion of the periphery so as to wrap around the footrests 17 and 17a to block the outflow of air directed toward the footrests 17 and 17a through the branch 23 and to concentrate the footrests 17 and 17a. Consists of an air induction wall 24 installed in,
The surface of the footrest (17) (17a) is formed in the part where the toes on the surface of the footrest (17) (17a) contact to contact to open to separate the toes 34 when the toes of the human body is in close contact Foot rest comprising a diaphragm (25). The method of claim 1,
Foot stand characterized in that the body scale is installed on the foot stand main body 13 to measure the body weight (26). The method of claim 1,
The front portion of the footrest (17) (17a) is characterized in that it has a cover (27) to put the front portion of the foot (30). The method of claim 1,
On the surface of the upper surface of the footrest (17) (17a) is configured to allow acupressure on the foot by regular irregular projection of a plurality of acupressure protrusions 28 that can press the bottom of the foot 30, Acupressure projections 28 is characterized in that the foot is provided with a ventilation opening 29 through the wind. The method of claim 1,
Acupressure protrusions 32 are arranged on the surface of the foot portion to allow the sole portion of the foot portion to be naturally in contact with the arc portion 31 of the foot, and the shape of the arc portion 31 of the foot. Foot rest, characterized in that configured to be arranged so as to project a vibrator (33) of a corresponding shape. The method of claim 1,
The diaphragm 25 installed on the surface of the scaffold 17 and 17a to open the toes 34 connects the supply passage 35 so as to selectively supply the athlete's foot medicine 40 and the perfume 41. It is configured to be in communication with the foot, characterized in that the diaphragm (25) is formed to be able to selectively supply athlete's foot medicine (40) and perfume 41 by forming a spout passage (36).

Images