CN212307676U

CN212307676U - Body drier

Info

Publication number: CN212307676U
Application number: CN202022241494.6U
Authority: CN
Inventors: 刘夏
Original assignee: Individual
Current assignee: Shanghai Xiahui Enterprise Management Consulting Co ltd
Priority date: 2020-10-10
Filing date: 2020-10-10
Publication date: 2021-01-08
Anticipated expiration: 2030-10-10

Abstract

The utility model discloses a body drying machine, which comprises an air driving mechanism and an air outlet channel mechanism, wherein the air outlet channel mechanism comprises an air outlet, and a space is arranged below at least part of the air outlet channel mechanism for the feet of people to put in a natural standing posture; the air outlet comprises a first area air outlet and a second area air outlet, and the air outlet direction of the first area air outlet is a part which is higher than the air outlet channel mechanism with a space below and blows to a person when the feet of the person are put into the space and naturally stand; the air outlet direction of the air outlet of the second area is the part of the air outlet channel mechanism which is lower than the space below and blows towards the person when the feet of the person are put into the space and naturally stand. The body drying machine overcomes the defects of the existing upward air outlet body drying machine while keeping the advantages of the existing upward air outlet body drying machine, can quickly and sanitarily dry the body, and can be widely applied to various scenes needing body drying, such as public shower places, gymnasiums, hotels, families, outdoors, hospitals, nursing homes and the like.

Description

Body drier

Technical Field

The utility model relates to an equipment of health is weathered with the air, especially relates to an equipment of health is weathered with hot-air.

Background

People need to dry their bodies after bathing. The conventional manner of drying the body with the towel has disadvantages in terms of dryness, hygiene, convenience, etc. For example, in a public shower place, a shower room and a dressing change room are often connected together, mist in the shower room can be dispersed to the dressing change room, so that the air humidity of the dressing change room is high, the effect of wiping the body by using a towel, particularly a half-dry towel used for showering, is poor, and the wearing of the clothes is not good in body feeling and is easy to catch a cold when the clothes are worn. Some customers blow the hair dryer up and down, which is time consuming and prone to catch a cold, especially for long hair, and where equipment is limited, the regulatory regulations of public shower locations are not yet allowed to blow their body with the hair dryer. In addition, if only one towel is worn, it is not sanitary from the standpoint of hygiene even if it is used for drying the body from the beginning to the end. Also, when the body is dried with the towel in the changing room, the water of the dried body is squeezed on the ground, resulting in increased management costs and difficulty. In addition, for example, when a bath towel or a towel in a hotel is used for drying, certain sanitation risk problems also exist. In the household aspect, the consumption of resources such as placement, cleaning and drying of the bath articles can be caused when people use towels or bath towels. In the medical and old-age care fields, the problems of inconvenient movement, weak constitution, poor self-care capability and the like of patients or old people are also considered.

Therefore, people design a body drying machine for drying the body of people, and can overcome the defects of the traditional towel body drying.

The utility model patent with publication number of CN209564057U, publication date of 2019, 11 months and 1 days, and name of portable body drying machine discloses a structure of body drying machine. The structure of the body dryer disclosed in this patent is shown in fig. 1, and the body dryer 1 ' includes a standing table 11 ', an air inlet 12 ' and an air outlet 13 ' formed on the upper surface thereof, and is used by standing a user on the standing table 11 ' of the body dryer 1 ' and drying the body of the user by using the upward air outlet of the air outlet 13 ' on the standing table 11 ' of the body dryer 1 '. The body drying machine with the structure blows air upwards, dries the body of a human body from bottom to top all around, has higher body drying efficiency, but also has the following defects:

(1) when in use, the feet of a user need to be in contact with the body drying machine, so that the foot drying machine has the health hidden troubles of skin disease infection and the like under the condition of being shared by other people, particularly under the condition of being used in public places or being shared by family members;

(2) the air outlet is upward, so that the feet are difficult to blow;

(3) according to the habits of different users or different occasions, such as public shower places, because the ground is not clean, people often need to wear slippers and want to dry the slippers together, but the body drying machine disclosed by the patent is not suitable for wearing the slippers for use, on one hand, the area of a standing table is limited, the slippers can not stand and block an air outlet, and on the other hand, the feet are not easy to dry;

(4) considering that the floor space of the product is minimized, the feet of a user basically have not much moving space, so that the problems that the feet are easy to move to the air outlet carelessly and are scalded, the body posture and the position cannot be adjusted slightly so that the whole body can be blown better, the feet are not moved when standing, fatigue is easy to occur, the use experience is reduced, and the use of some people with big feet can be limited are solved;

(5) in some occasions, the ground may be wet and slippery, and standing on the body drying machine has a certain slip risk due to the use of the body drying machine.

Disclosure of Invention

The utility model aims at providing a body drying machine, above-mentioned shortcoming is overcome to this body drying machine, can realize the function of the all-round quick convenient health body drying of user's health simultaneously, and applicable scene is extensive, including various needs dry scene such as public shower place, gymnasium, hotel, family, open air, hospital, asylum for the aged etc..

According to the utility model discloses the purpose, the utility model provides a body drying machine, including air actuating mechanism and air-out access mechanism, air actuating mechanism includes the air intake, air-out access mechanism includes the air outlet, air actuating mechanism with ventilate between the air-out access mechanism and connect, air actuating mechanism inhales the air of air intake and will the air passes through the air outlet blows out, wherein:

the distribution position of the air outlet channel mechanism is set as follows: when the body drying machine is in a normal working state, a space is arranged below at least part of the air outlet channel mechanism, and at least part of feet of people can be put in the space in a natural standing posture;

the air outlet comprises a first area air outlet and a second area air outlet;

the air blowing direction of the first-region outlet is set to: when the body dryer is in a normal working state, at least part of feet of a person are put into the space and naturally stand, the air blowing direction of the air outlet of the first area is pointed to the part of the person, higher than the part of the air outlet channel mechanism below the space, of the person;

the air blowing direction of the second-region outlet is set to: when the body dryer is in a normal working state, at least part of feet of a person are put into the space and naturally stand, the air blowing direction of the air outlet of the second area is pointed to a part of the person, which is lower than the part of the air outlet channel mechanism with the space below.

Body drying machine in:

the ventilation connection means that air driven by the air driving mechanism can enter the air outlet channel mechanism, the air outlet end of the air driving mechanism is in sealed connection with the air inlet end of the air outlet channel mechanism under normal conditions, and some special conditions are also considered, for example, the air driving mechanism is arranged in the air outlet channel mechanism, or other mechanisms for air treatment are additionally arranged between the air driving mechanism and the air outlet channel mechanism;

the body drying machine is in a normal working state, namely the body drying machine is placed or moved to a position where the body drying machine can be matched with the functions of a user in normal use and is in a normal working state; the distribution position and the air blowing direction may not satisfy the set conditions in the abnormal working state, such as the abnormal use position where the body dryer is in the storage state, or the state where the air outlet channel mechanism is folded or contracted in the abnormal working state for the convenience of storage;

the fact that a space is arranged below at least part of the air outlet channel mechanism means that the space is arranged below a certain part of the air outlet channel mechanism, including the situation that the space is arranged below all the air outlet channel mechanism;

the space is provided for at least part of the foot of the person to be placed in a natural standing posture, and the space at least can contain some part of the foot to be placed in the natural standing posture, and comprises one or more of toes and a sole; said accommodation means that it is not necessary to be in an accommodated state, for example for a person with a small foot, it may not be necessary for her/his toes to be able to enter said space in a normal standing position, but of course she/he may move slightly forward so that her/his toes can enter said space;

the first area air outlet and the second area air outlet are used for dividing the air outlet into areas related to the air blowing direction, and are irrelevant to the number and the form of the air outlets, so that the first area air outlet and the second area air outlet can be a set of a plurality of air outlets in different areas or belong to different parts of the same air outlet, for example, the air outlets are distributed in a closed curve shape on a curved surface under a certain condition, the curved surface can be divided into two areas, and the air outlets are divided into two sections which belong to different area air outlets;

the setting of the air blowing direction is a range description and therefore should not be understood as being fixed or unique, for example, it is also possible to dynamically adjust the air blowing direction as a function of the person's contour and/or reasonable range displacement, as long as the setting of the air blowing direction is within the described range.

The body drying machine during operation generally need to include mechanism including air actuating mechanism carries out energy supply, and energy source can be outside for example electric wire netting or vehicle mounted power source, also can derive from inside setting such as large capacity battery.

The typical working process of body drying machine is as follows: after a person takes a bath, the feet are placed in the space of the body drying machine and stand naturally, the air driving mechanism sucks air from the air inlet, and the air is blown to the body and the feet of the person from the first area air outlet and the second area air outlet through the air outlet channel mechanism, so that the efficient and sanitary body drying function is realized.

Dry body machine creatively has revolutionized traditional dry body machine of the class of upwards going out wind only to consider the design idea of putting people's foot on dry body machine, has both kept the basic function of the air-out that makes progress, has increased the selection of other orientation air-outs downwards even again to can blow dry people's health and foot simultaneously contactlessly.

The benefits of this design are numerous:

firstly, compare with the traditional scheme of standing dry body on the body machine, dry body machine need not stand on dry body machine, only need put the foot the lower part of dry body machine certain position naturally stand subaerial can, people and dry body machine do not need any contact to the health is very improved, especially under the condition that uses in public place. The inventor's investigation results also meet the judgment that many people who use the body-drying machine in public places are very sensitive to being in contact with other people, and the people feel unsanitary, especially the foot skin diseases are common. The design of the utility model is not necessary to worry about the situation.

Secondly, because the body drying machine surface does not receive the restriction that original covered by people's foot, has still increased simultaneously the space for the air outlet distributes more freely, thereby makes can carry out body drying and dry foot simultaneously more effectively all-round in the air-out design, improves the body drying performance, and area can be littleer simultaneously.

Thirdly, many occasions people need to weather together with slippers, the utility model discloses can weather together with slippers foot, and traditional stand is on the body drying machine because be difficult to blow to instep and sole just hardly accomplish this point.

Fourth, light foot stands near the air outlet and is scalded by hot-blast on removing the air outlet because of careless, and the utility model provides a do not need to stand on do the body machine when the body machine uses, consequently keep the certain distance always naturally from the air outlet, be difficult to scalded by hot-blast.

Fifth, if the ground is slippery, there is a risk of slipping and injury when standing on a conventional body dryer. The body drying machine provided by the utility model does not need to stand on the machine body, thereby avoiding slipping caused by using the body drying machine.

Sixth, the application can be extended to a variety of special or premium application scenarios.

Further, body drying machine still include supporting mechanism, supporting mechanism directly or indirectly, fixed or movably support body drying machine is in the plane of standing of people, and works as when body drying machine is in normal operating condition supporting mechanism does not influence at least part foot of people and puts into space and natural standing.

In the above solution, the direct support means that the support mechanism is directly placed on a standing plane of a person, the indirect support means that the support mechanism is indirectly mounted on the standing plane of the person through other support mechanisms, such as a bathroom cabinet/wall, the fixed support means that the support mechanism does not support the movement of the body dryer, and the movable support means that the support mechanism supports the movement of the body dryer. Above-mentioned scheme makes the utility model discloses body drying machine can expand and use at multiple special or high-grade application scene.

Further, body drying machine still include air heating mechanism, its set up in air actuating mechanism's air intake extremely the arbitrary position on the complete ventilation route of air outlet channel mechanism's air outlet.

In the above scheme, the air heating mechanism may be an electric heating wire, or may be another structural component having an air heating function. The air heating mechanism is used for heating air passing through the ventilation path and increasing the air outlet temperature of the air outlet, so that the body can be warmed while being dried, and the body drying speed is accelerated.

Still further, the above-mentioned body drying machine further comprises a control unit, wherein:

the control unit is electrically connected with one or more of the air driving mechanism, the air outlet channel mechanism and the air heating mechanism;

the control unit comprises one or more modules of a start-stop control module for controlling the start and stop of the air driving mechanism, a driving power control module for controlling the power of the air driving mechanism, a wind direction control module for controlling the wind outlet direction of the wind outlet channel mechanism, a wind volume control module for controlling the wind outlet volume of the wind outlet channel mechanism, a heating power control module for controlling the power of the air heating mechanism, an induction module for inducing whether a foot of a person is put into the space or not and a measurement module for acquiring human body parameters and/or environmental parameters; the human body parameters comprise one or more of human body contour and human body surface temperature distribution, and the environment parameters comprise one or more of environment temperature and environment humidity.

In the above scheme, the electrical connection includes one or more of circuit connection, electrical signal connection, wireless signal connection, and electromagnetic wave connection.

The scheme provides a new generation product scheme which comprises a high-end product, and is particularly suitable for the era of the Internet of things. And the control unit controls the related functions of one or more mechanisms of the air driving mechanism, the air outlet channel mechanism, the air heating mechanism and the like through the electric connection.

Further, body drying machine still include the panel, at least part air-out channel mechanism sets up inside the panel, work as when body drying machine is in normal operating condition, form between panel and the people's the plane of standing the space, first regional air outlet is located the upper surface of panel, the regional air outlet of second is located the lower surface of panel and/or be less than other surfaces of the upper surface of panel.

In the above-mentioned solution, at least part of the air outlet channel mechanism is disposed inside the panel, which means that only a certain part of the air outlet channel mechanism is disposed inside the panel, including the condition that all of the air outlet channel mechanism is disposed inside the panel. The panel is not limited to a flat plate structure including front and rear surfaces, and the cross section of the panel may be any shape. The panel may also be multi-piece.

Further, in the above body dryer, the panel has a recess for receiving a corresponding portion of the person from the ankle to the leg when the body dryer is in a normal operation state and at least a part of the feet of the person is put into the space and naturally stands.

In the above aspect, the corresponding portion refers to a portion having a height equivalent to the height of the recess.

The scheme better solves the problem that the natural standing of a person is not influenced when the feet of the person are put into the space. The scheme can also generally allow a person to have a certain range of activity space while standing by designing the shape of the concave part, and simultaneously prevent the person from tripping, thereby ensuring that the design is more humanized and safer.

Further, in the above body dryer, when the body dryer is in a normal operation state and at least a part of feet of a person is put into the space and naturally stands, the distribution position of the first area air outlet is set on the upper surface of the panel in one or more directions of the front of the feet, between the feet, the back of the feet and the sides of the feet of the person.

Above-mentioned scheme is through with first regional air outlet sets up and distributes on different position for the human body for each position on human surface can be aimed at to the air-out, including human front portion, crotch portion, rear portion, lateral part etc. thereby carries out the omnidirectional to the human surface and weathers. The head of the human body, especially the top of the head and the hair can be blown by wind in a head-down, head-up and head-side mode, and an additional common hair blowing machine for hair blowing can be used while the body drying machine works, so that the synchronous work of the body drying machine is not influenced. The use of the body dryer and the hair dryer together is very practical and efficient for long hair users.

Further, in the above body dryer, the air driving mechanism is positioned to: when the body dryer is in a normal working state, the air driving mechanism is positioned below the panel, and at least part of feet of a person are not influenced to be placed in the space and stand naturally.

According to the scheme, the air driving mechanism is arranged at the position which does not interfere with the space below the panel, so that the floor area and the height of the product are minimized. A common option is to place the air drive mechanism behind the person's feet and/or between the person's feet.

Furthermore, in the above-mentioned body drying machine, still include the control unit, the control unit still includes the response module that is used for responding to whether someone at least partial foot put into the space, the response module includes correlation formula photoelectric switch, and its transmitting terminal and receiving terminal set up respectively in the relative both sides of depressed part.

In order to enable people to use the body drying machine conveniently, sanitarily and safely, the design that the control unit is triggered to generate the control signal in a non-contact induction mode without bending down and manual operation is adopted.

According to the scheme, the depression part is skillfully utilized to arrange the correlation type photoelectric switch. The method is characterized in that: firstly, only when a user needs to use and puts feet into the concave part, the opposite-type photoelectric switch of the concave part can act to generate a control signal, so that the body drying machine can work when the user uses the body drying machine, and misoperation can be avoided; secondly, in a wet and warm environment such as a bathroom, an inductive switch such as an infrared inductive switch is not suitable due to temperature sensitivity, and the inductive switch is ineffective for a human body, so that the selection of the correlation photoelectric switch is a suitable selection, and the correlation photoelectric switch can be arranged on the surface of the concave part in front of and behind the corresponding part between the ankle and the leg when a user puts the foot into the concave part, and the corresponding part between the ankle and the leg just shields the correlation light beam of the correlation photoelectric switch, so that the action of the correlation photoelectric switch is triggered.

The action signal of the correlation type photoelectric switch in the scheme can be used for controlling the air driving mechanism to start and stop: for example, when the both feet of the user are all put into start when the depressed part the air driving mechanism, when the both feet of the user are all left stop when the depressed part the air driving mechanism, thereby the economy effectively solves the utility model discloses the contactless start-stop control problem of body drying machine. Furthermore, the action signal of the correlation photoelectric switch can also be used as some other control: since there are usually two recesses for accommodating the left and right feet of a person, the two action signals of the opposed photoelectric switch are usually left and right, so that the logical combination of the two action signals can be used to perform some control functions, for example, when one action signal is changed from two action signals, namely, one foot leaves the recess, but the other foot is still in the recess, the operation mode of the body dryer can be quickly switched, for example, to a hair blowing mode, namely, the hair blowing path is changed to face the head or the front side or the back side of the head of the person.

Still further, in the above body dryer, the configuration of the panel includes an x configuration or a T configuration, wherein:

the x-shaped structure of the panel comprises a left wing and a right wing which are bilaterally symmetrical and have arc-shaped sections in any shapes, the concave parts of the arcs of the left wing and the right wing towards the direction of the symmetrical center axis form the concave parts, and when the body dryer is in a normal working state, the space is formed between the lower parts of the front parts of the left wing and the right wing and a standing plane of a person;

the T configuration of panel includes the cross-section is the middle region of the cylindricality of arbitrary shape and about middle region bilateral symmetry, cross-section are the curved left wing and the right wing of arbitrary shape, left wing, right wing and middle region form two jointly to the depressed part that the front end direction of middle region is sunken, work as when the body drying machine is in normal operating condition, form between the front portion below of left wing and right wing and the people's the plane of standing the space.

In the above scheme, the arrangement of the x-configuration or the T-configuration of the panel is two relatively practical, simple, small and attractive schemes.

Body drying machine with the background art in the portable body drying machine of patent compare and have following advantage and beneficial effect:

(1) the portable body dryer has the advantages of high body drying efficiency, namely, the portable body dryer can dry the human body in an all-dimensional and simultaneous manner by upward air outlet shared by the portable body dryer, and meanwhile, the non-contact use is realized, and the portable body dryer is sanitary and convenient;

(2) the back, toes and other parts of the body of the foot can be simultaneously dried, and the foot soles can be dried by matching the foot postures from the side surfaces of the foot, so that the body drying efficiency and effect are further improved;

(3) the slippers can be worn for use, can be dried together with the slippers, and basically has no limitation on the size of feet;

(4) the feet can have more moving spaces, and the standing position and the standing posture of the user can be adjusted within a certain range, so that the body can be blown more fully, and the body drying efficiency and effect are further improved;

(5) the risk of scalding the feet is avoided;

(6) the risk of slipping when standing on the body drying machine due to the need is avoided;

(7) the method can be applied to various special or high-grade application scenes in an extensible way;

(8) practical, simple, small and beautiful.

Drawings

Fig. 1 is a schematic diagram of a patent structure of a portable body drying machine.

Fig. 2 is an isometric view of a body dryer according to an embodiment of the present invention.

Fig. 3 is a left side view of the body dryer of fig. 2.

Fig. 4 is a front view of the body dryer of fig. 2.

Fig. 5 is a rear view of the body dryer of fig. 2.

Fig. 6 is a top view of the body dryer of fig. 2.

Fig. 7 is a bottom view of the body dryer of fig. 2.

Fig. 8 is a circuit diagram of a connection related to a control unit in the body dryer of fig. 2.

Figure 9 is an isometric view of the dryer of figure 2 in use by a user.

Fig. 10 is a left side view of the use state shown in fig. 9.

Fig. 11 is a front view of the use state shown in fig. 9.

Fig. 12 is a partially enlarged view of the use state shown in fig. 9.

Fig. 13 is a partial enlarged view from another perspective of the use state shown in fig. 9.

Fig. 14 is an isometric view of the main structure of a body dryer according to another embodiment of the present invention.

Fig. 15 is an isometric view of the main structure of a body dryer according to yet another embodiment of the present invention.

Detailed Description

The body dryer of the present invention will be described in further detail with reference to the drawings and specific examples.

Fig. 2-7 illustrate the structure of an embodiment of the body dryer of the present invention.

As shown in fig. 2 to 7, the body dryer 1 comprises an x-shaped panel 10 and a cylindrical base 11 located therebelow, wherein the x-shape of the panel 10 comprises a left wing 10a, a right wing 10b, a middle section 10e, wherein the left wing 10a and the right wing 10b are respectively obtained by sweeping 180 ° along a plane direction perpendicular to the central axis of the base 11 through two circle centers which are axisymmetric about the central axis of the base 11 by sectors Aa and Ab of a quarter circle, so that the upper surface and the lower surface of the left wing 10a and the right wing 10b together form two concave portions which are concave toward the central axis of the base 11, including a left concave portion Ac and a right concave portion Ad. Meanwhile, a pair of spaces in which both feet of the person can be put in a natural standing posture are formed between the lower front portions of the left and

right wings

10a and 10b and the placing plane of the body dryer 1, i.e., the standing plane of the person. The panel 10 and the cylindrical base 11 each have an inner space and communicate with each other. The body dryer 1 further includes a base air inlet 110, an electric fan (not shown in the drawings and located inside the base 11) as an air driving mechanism, an electric heating assembly (not shown in the drawings and located between the electric fan and the air outlet channel mechanism) as an air heating mechanism, an air outlet channel mechanism (not shown in the drawings and located inside the panel 10 and the base 11 and including an x-shaped air outlet pipeline sleeved in the x-shaped panel 10, other air outlet pipelines arranged in the base 11, and a first area air outlet B and a second area air outlet C connected with the air outlet pipeline, wherein the base air inlet 110 is connected with the air driving mechanism in a ventilation manner. The body dryer 1 further comprises a control unit (not shown in the figure, comprising an induction module comprising a correlation photoelectric switch, a measurement module comprising a temperature sensor and a humidity sensor, a control circuit and a control panel comprising a power switch), wherein the control unit is electrically connected with the electric fan and the electric heating component.

The base air inlet 110 is arranged on the cylindrical surface of the base 11, communicates the outside of the base 11 with the inside of the base 11, and is connected with the air inlet of the electric fan in a ventilation manner through the base 11.

The first-area outlets B include outlets B1a, B2a, B3a, B4a, B5a, B6a located in the front part of the upper surface of the left wing 10a of the panel 10 and outlets B1c, B2c, B3c, B4c, B5c, B6c located in the rear part; the air conditioner also comprises air outlets B1B, B2B, B3B, B4B, B5B and B6B which are positioned at the front part of the upper surface of the right wing 10B and air outlets B1d, B2d, B3d, B4d, B5d and B6d which are positioned at the rear part; and air outlets B1e, B2e, B3e, B4e, B5e and B6e which are positioned on the upper surface of the middle area 10 e.

The second-zone outlets C comprise outlets C3a, C4a located in front of the lower surface of the left wing 10a of the panel 10; air outlets C3b and C4b positioned in the front part of the lower surface of the right wing 10b are also included; the air conditioner also comprises air outlets C1a and C2a positioned on the left cylindrical surface of the base 11 and air outlets C1b and C2b positioned on the right cylindrical surface.

The front part of the upper surface of the left wing 10a is provided with a hole D1a, and the rear part is provided with a hole D1 c; the upper surface of the right wing 10b has a hole D1b at the front and a hole D1D at the rear.

Fig. 8 illustrates the connection circuit associated with the control unit in the body dryer of fig. 2.

As shown in fig. 8, the control unit includes a control circuit 12, a control panel 13, a sensing module 14, and a measuring module 15, wherein the control panel 13 is provided with a power switch, the sensing module 14 includes a correlation photoelectric switch, and the measuring module 15 includes a temperature sensor and a humidity sensor; the control panel 13, the sensing module 14, the measuring module 15, the electric fan 16 and the electric heating element 17 are electrically connected to the control circuit 12 respectively.

Figures 9-13 illustrate the use of the dryer of figure 2 in accordance with a user.

As shown in fig. 9-13, when the user 2 uses the body dryer 1, the body dryer 1 is placed on the ground to be in a normal working state, the bottom surface of the base 11 is in contact with the ground, a pair of spaces for allowing both feet of the user to stand in a natural standing posture is formed between the lower front portions of the left wing 10a and the right wing 10b, i.e., the lower portions of the corresponding air outlet channel mechanisms, and the standing plane of the body dryer 1, the user extends both feet 20 into the lower portion of the panel 10 (the left foot extends into the lower portion of the left wing 10a, the right foot extends into the lower portion of the right wing 10 b), and the user stands naturally, and at this time, a region 21a between the ankle and the lower leg of the user 2 is located in the left recess Ac and has a certain movement space, and a region 21b between the ankle and the lower leg of the user 2 is located in the right recess Ad and has a certain movement space. The left toe area 22a of the user 2 is located beneath the forward portion of the left wing 10a and the right toe area 22b of the user 2 is located beneath the forward portion of the right wing 10 b. With region 21a of the left foot of rider 2 positioned just between aperture D1a and aperture D1c and region 21b of the right foot of rider 2 positioned just between aperture D1b and aperture D1D.

The paired opposed photoelectric switches are installed in the hole D1a and the hole D1c, and the paired opposed photoelectric switches are also installed in the hole D1b and the hole D1D. Therefore, in the state where the power of the body dryer 1 is turned on and the power switch is turned off, when the feet 20 of the user 2 are inserted under the panel 10 and naturally stand, the area 21a of the left foot and the area 21b of the right foot of the user 2 block the corresponding opposite rays of the opposite-type photoelectric switch, respectively (the dotted line between the hole D1a and the hole D1c and the dotted line between the hole D1b and the hole D1D in fig. 9-13 indicate the corresponding opposite rays), and this blocking effect triggers the control circuit to control the activation of the electric blower. When the feet 20 of the user 2 leave the lower part of the panel 10, the shielding effect disappears, and at this time, the use is judged to be finished and the control circuit is triggered to stop the electric fan. After the electric fan is started, the electric fan is gradually transited to operate with power suitable for the current environment temperature and humidity under the control of the control circuit, meanwhile, the electric heating assembly is also gradually transited to operate with power suitable for the current environment temperature and humidity under the control of the control circuit, and control parameters of the electric heating assembly are determined based on real-time detection data of the temperature sensor and the humidity sensor to the environment air. The control panel is provided with a power switch, and is also provided with a knob for manually adjusting related control and displaying real-time operation data. The control panel can be divided into a plurality of parts according to the actual product appearance and the using mode layout and arranged in different areas.

When the electric fan works, air is sucked from the air inlet 110 of the base through the air inlet of the electric fan, the sucked air is blown out from each air outlet through the air outlet pipeline, and the blown air is blown to all parts of the body of the user 2 at the same time.

The dotted lines in fig. 9 to 13 corresponding to the outlets indicate the direction of the wind blown out from the outlets. Specifically, when the body dryer 1 is in a normal working state and a part of the feet of the user 2 are put into the front lower spaces of the left wing 10a and the right wing 10b and naturally stand:

the air blowing direction of the first area air outlet is directed to the front part of the person higher than the left wing 10a and the right wing 10b, namely, the part of the corresponding air outlet channel mechanism, and the air blowing direction comprises the following steps: air outlets B1a, B2a, B3a, B4a, B5a, and B6a respectively blow air to the front side of the left arm, the front side of the left thigh, the front side of the left calf, the left chest, the left abdomen, and the front side of the region 21a of the user 2, air outlets B1c, B2c, B3c, B4c, B5c, and B6c respectively blow air to the rear side of the left arm, the rear side of the thigh, the rear side of the calf, the left waist, the left back, and the region 21a of the user 2, air outlets B1c, B2c, B3c, B4c, B5c, and B6c respectively blow air to the front side of the right arm, the front side of the right thigh, the front side of the right calf, the right chest, the right abdomen, and the front side of the region 21B, air outlets B1c, B2c, B3c, B4c, B6B 72, B6B 72, air outlets B3, B72, B6B 3, B72, right thigh, rear side, right thigh, air outlets B72, B6B 3, B72, B6B 3, B6B 3, B3B 6B 3, B6B, The inner side of the left knee, the inner side of the right knee, the inner side of the left lower leg and the inner side of the right lower leg,

the air blowing direction of the air outlet of the second area is directed to the front part of the person, which is lower than the left wing 10a and the right wing 10b, namely the part of the corresponding air outlet channel mechanism, and the air outlet channel mechanism comprises: the air outlets C3a, C4a, C3b, C4b, C1a, C2a, C1b and C2b respectively blow air to the left instep, left toe, right instep, right toe, left arch, left heel, right arch and right heel of the user 2.

By the scheme, all main parts of the body of the user 2 are blown at the same time, and the body drying efficiency is high. Because the air outlet can continue to move upwards along the human body after touching the human body, the head of the human body and the hair can be blown by slightly rotating the head of the human body. The foot posture can be adjusted slightly, so that the whole foot including the sole can be blown together with the slippers. In addition, the user 2 can slightly move back and forth, so that all parts of the whole body can be blown more fully, and the user with different body sizes can be well suitable. In addition, a plurality of correlation photoelectric switches can be arranged, so that the space for the left and right movement of the feet of the user 2 can be larger, and the use experience is further improved.

The parts of the above embodiments that are not described in detail, including the parts that are not shown or described in detail, can be designed by those skilled in the art according to the related descriptions of the present invention, and therefore, the related drawings and explanations are omitted here.

Fig. 14 illustrates a main structure of another embodiment of the body dryer of the present invention.

As shown in fig. 14, the main structure of the body dryer 2 in this embodiment includes a panel 20 and a base 21 therebelow. The body dryer 2 is a modification of the body dryer of the above embodiment, and unlike the body dryer 1 of the above embodiment shown in fig. 2, the body dryer 2 fills the space between the left and right wings of the body dryer 1 and changes the base into a rectangular parallelepiped shape. Such benefit is that the area of panel upper surface and lower surface becomes bigger, can hold structures such as more air outlets or control panel, and the volume of base also becomes bigger, can hold bigger electric fan, or the subassembly of other function additions such as air filter equipment, smart machine, and the stability of placing simultaneously is also better. The disadvantages are an increase in weight and a reduction in aesthetics.

Other parts of the embodiment, including the base air inlet, the air driving mechanism, the air outlet channel mechanism, and the control unit, are the same as or similar to those of the above embodiments, and a person skilled in the art can design the embodiment according to the related descriptions of the present invention, so that the detailed design of other parts of the embodiment is not shown or described.

Fig. 15 illustrates a main structure of a body drying machine according to another embodiment of the present invention.

As shown in fig. 15, the main structure of the body dryer 3 in this embodiment includes a panel 30 and a base 31 therebelow. The body dryer 3 is a modification of the body dryer of the above embodiment, and unlike the body dryer 1 of fig. 2 of the above embodiment, the body dryer 2 changes the x-configuration of the panel of the body dryer 1 to the T-configuration and changes the chassis to the rectangular parallelepiped. The T-shape of the panel 30 includes a left wing 30a, a right wing 30b, and a middle section 30e, wherein the middle section 30e is a half cylinder with a semicircle Ab 'as a cross section, and the left wing 30a and the right wing 30b are obtained by sweeping 180 ° along an elliptical trajectory with a quarter circle segment Aa' through two elliptical foci bilaterally symmetric with respect to a central axis of the middle section 30e, so that upper and lower surfaces of the left wing 30a, the right wing 30b, and the middle section 30e together form two recessed portions including a left recessed portion Ac 'and a right recessed portion Ad' recessed toward a front end of the middle section 30 e. Meanwhile, a pair of spaces in which both feet of a person can be put in a natural standing posture is formed between the lower front portions of the left and

right wings

30a and 30b and the placement plane of the body dryer 3. The advantage of this is that the user gets into and exits the position of use more conveniently, and the stability of placing is also better. The disadvantage is that the drying effect of the rear side of the body may be reduced.

In some embodiments, the body dryer further comprises a support mechanism for directly or indirectly, fixedly or movably supporting the body dryer on a standing plane of the person, and the support mechanism does not affect at least part of the feet of the person to be placed in the space and stand naturally when the body dryer is in a normal working state.

The design can be expanded and applied to various special or high-grade application scenes, for example, a movable support which can support the body drying machine and can be pushed and pulled manually or automatically can be designed at the bottom of a hospital bed, the body drying machine is arranged on the movable support, the movable support is pulled out when in use and is pushed back to the original position when not in use, and the body wiping and nursing of a patient can be facilitated. And for example, in high-grade homes, hotels, nursing homes and other occasions, a movable support which can support the body drying machine and can be pushed and pulled manually or automatically can be designed at the bottom of the bathroom hand washing basin, the body drying machine is installed on the movable support, the movable support is pulled out when in use and is pushed back to the original position when not in use, and the movable support can be used by consumers conveniently.

In some embodiments, the control unit is electrically connected to one or more of the air driving mechanism, the air outlet channel mechanism, and the air heating mechanism; the control unit comprises one or more modules of a start-stop control module for controlling the start and stop of the air driving mechanism, a driving power control module for controlling the power of the air driving mechanism, a wind direction control module for controlling the wind direction of the wind outlet channel mechanism, a wind volume control module for controlling the wind outlet volume of the wind outlet channel mechanism, a heating power control module for controlling the power of the air heating mechanism, an induction module for inducing whether the feet of a person are put into the space or not and a measuring module for acquiring human body parameters and/or environmental parameters; the human body parameters comprise one or more of human body contour and human body surface temperature distribution, and the environment parameters comprise one or more of environment temperature and environment humidity.

The control unit controls the related functions of one or more mechanisms of the air driving mechanism, the air outlet channel mechanism, the air heating mechanism and the like through the electric connection. The measuring module can acquire real-time data of the human body contour through the camera, acquire real-time distribution data of the surface temperature of the human body through the infrared camera or the infrared sensor, and acquire real-time data of the environmental temperature and the humidity through the thermometer and the hygrometer. The control unit can control air outlet direction distribution in real time according to real-time data of human body outline, can control air outlet heat distribution in real time according to real-time distribution data of human body surface temperature, can control air outlet size distribution according to real-time data of ambient temperature and humidity, or synthesize the above and introduce user preference big data or preference setting to carry out comprehensive control. The surface of each part of the human body can be dried by the wind which is suitable for the heat, the wind quantity and the wind speed of the part in real time through the comprehensive control, so that the use experience of a user is improved to a new level.

The above-described scheme can be implemented by designing a corresponding electronic circuit and by designing or selecting a product having a corresponding execution function. The control unit can be applied to one or more of components including an inductive switch, a knob, a touch screen control circuit, a remote controller and the like. The techniques and design schemes required for the functional implementation of the modules are well established in the relevant industries, such as air conditioning equipment, automatic control, artificial intelligence, etc., and thus will not be described in detail herein.

It should be noted that the above-mentioned embodiments are only specific examples of the present invention, and it is obvious that the present invention is not limited to the above-mentioned embodiments, and many similar variations are possible. All modifications which would occur to one skilled in the art and which are, therefore, directly derivable or suggested by the disclosure of the present invention are intended to be within the scope of the present invention. Furthermore, the scope of the present invention is not limited to the examples given herein, and all the prior art which is not inconsistent with the teachings of the present invention, including but not limited to prior patent documents, prior publications, and the like, can be incorporated herein.

It should be noted that the combination of the features in the present application is not limited to the combination described in the claims or the combination described in the embodiments, and all the features described in the present application may be freely combined or combined in any manner unless contradictory to each other.

Claims

1. The utility model provides a body drying machine, includes air actuating mechanism and air-out channel mechanism, air actuating mechanism includes the air intake, air-out channel mechanism includes the air outlet, air actuating mechanism with ventilate between the air-out channel mechanism and be connected, air actuating mechanism inhales the air of air intake will the air passes through its characterized in that blows out the air outlet:

the air outlet comprises a first area air outlet and a second area air outlet;

the air blowing direction of the first-region outlet is set to: when the body dryer is in a normal working state, at least part of feet of a person are put into the space and naturally stand, the air blowing direction of the air outlet of the first area is pointed to the part of the person, higher than the part of the air outlet channel mechanism below the space;

2. The body dryer of claim 1, further comprising a support mechanism which directly or indirectly, fixedly or movably supports the body dryer on a standing plane of the person, and which does not interfere with the placement of at least part of the feet of the person into said space and stands naturally when the body dryer is in a normal operating condition.

3. The body drying machine according to claim 1, further comprising an air heating mechanism disposed at any position on a complete ventilation path from the air inlet of the air driving mechanism to the air outlet of the air outlet channel mechanism.

4. The body dryer of claim 3, further comprising a control unit, wherein:

5. The body dryer according to any one of claims 1 to 4, further comprising a panel, wherein at least a part of the air outlet channel mechanism is disposed inside the panel, when the body dryer is in a normal working state, the space is formed between the panel and a standing plane of a person, the first area air outlet is disposed on an upper surface of the panel, and the second area air outlet is disposed on a lower surface of the panel and/or other surfaces lower than the upper surface of the panel.

6. A body dryer according to claim 5 wherein the panel has a recess for receiving a corresponding portion of a person's ankle between the legs when the body dryer is in normal operation with at least part of the person's feet inserted into the space and standing naturally.

7. The body dryer of claim 6, wherein the distribution of the first area outlets is positioned on the upper surface of the panel in one or more of a front of the feet, between the feet, behind the feet, and to the sides of the feet of the person when the body dryer is in a normal operating condition and at least a portion of the feet of the person are inserted into the space and are naturally standing.

8. The body dryer of claim 6, wherein the air drive mechanism is positioned to: when the body dryer is in a normal working state, the air driving mechanism is positioned below the panel, and at least part of feet of a person are not influenced to be placed in the space and stand naturally.

9. The body dryer according to any one of claims 6-8, further comprising a control unit, the control unit further comprising a sensing module for sensing whether at least a portion of the foot of a person is placed in the space, the sensing module comprising opposed photoelectric switches having an emitting end and a receiving end disposed on opposite sides of the recess.

10. A body dryer according to any one of claims 6 to 8 wherein the configuration of the panel comprises an x-configuration or a T-configuration wherein: