CN208851332U

CN208851332U - Carbon nanotube foot-bathing bucket

Info

Publication number: CN208851332U
Application number: CN201721178312.7U
Authority: CN
Inventors: 宣一氢
Original assignee: Shanghai Shoushu Nanotechnology Co Ltd
Current assignee: Shanghai Shoushu Nanotechnology Co Ltd
Priority date: 2017-09-14
Filing date: 2017-09-14
Publication date: 2019-05-14
Anticipated expiration: 2027-09-14

Abstract

The utility model discloses a kind of carbon nanotube foot-bathing buckets, including staving, extension and carbon nanotube heating device: staving is vertically arranged, inner hollow and upper end opening；Extension is the cylindrical shape of inner hollow and upper and lower side opening, it is coaxial and is sealingly disposed in staving upper end, and its lower end and the upper end of staving removably connect, first annular groove is provided with along its circumferential direction on the inner sidewall of extension, carbon nanotube heating device includes carbon nanotube heating film and separation net, carbon nanotube heating film is fitted at the slot bottom of first annular groove, and separation net is made of insulating material, and covering in a ring is arranged at the notch of first annular groove.The carbon nanotube foot-bathing bucket of the utility model is equipped with the extension that can be heated to the exposed ankle of user or part shank, enhances using effect of the user in the case where winter, room temperature was told somebody what one's real intentions are；Simultaneously using carbon nanotube heating film as the heating device of extension, heating effect is good, and low energy consumption.

Description

Carbon nanotube foot-bathing bucket

Technical field

The utility model relates to foot-bathing bucket fields.More specifically, the utility model relates to a kind of carbon nanotube foot-bathing buckets.

Background technique

Carbon nanotube is as monodimension nanometer material, and light-weight, hexagonal structure connection is perfect, has many abnormal power , electricity and chemical property, carbon nanotube have good conductive property, due to the structure of carbon nanotube and the lamella knot of graphite Structure is identical, so having good electric property.Its electric conductivity of theoretical prediction depends on the helical angle of its caliber and tube wall.When When the caliber of carbon nanotube is greater than 6nm, electric conductivity decline；When caliber is less than 6nm, carbon nanotube can be seen as having good The One-dimensional Quantum conducting wire of good electric conductivity.

Because vola is the echo area for converging human body important organ, by the effect of depth Moxa, the anti-of vola is stimulated Area is penetrated, the function of adjusting, restore, improve body internal organs improves the health status of human body.Simultaneously by directly acting on lower limb Blood circulation, it is significant to varication, diabetes and other effects, far infrared, spectral field energy be absorbed after, as blood follows Ring reaches whole body, can play the role of improving body whole blood circulation.

People usually arrive health preserving room or foot-bathing bucket carries out the massage in vola use at home, such as being capable of leading using carbon nanotube Electrically, carbon nanotube heating film is used in foot-bathing bucket as heat generating device, will be had a vast market foreground.

Utility model content

The purpose of the utility model is to provide a kind of using carbon nanotube heating film as the foot-bathing bucket of heating device.

The technical solution that the utility model solves above-mentioned technical problem is as follows: a kind of carbon nanotube foot-bathing bucket, including staving, Extension and carbon nanotube heating device:

The staving is vertically arranged, inner hollow and upper end opening；

The extension is the cylindrical shape of inner hollow and upper and lower side opening, coaxially and is sealingly disposed in the staving Upper end, and its lower end is removably connect with the upper end of the staving, is provided with along its circumferential direction on the inner sidewall of the extension One annular groove,

The carbon nanotube heating device includes carbon nanotube heating film and separation net, the carbon nanotube heating film fitting At the slot bottom of the first annular groove, the separation net is made of insulating material, and covering in a ring is arranged described At the notch of first annular groove.

Preferably, in the carbon nanotube foot-bathing bucket, the inner sidewall of the separation net inner sidewall and the extension It flushes, lateral wall is bonded with the carbon nanotube heating film.

Preferably, in the carbon nanotube foot-bathing bucket, the upper end of the staving is coaxially arranged with circular ring shape protrusion, The lower end of the extension is equipped with the second annular groove to match with the circular ring shape protrusion, the circular ring shape protrusion sealing card It connects in the second annular groove.

Preferably, in the carbon nanotube foot-bathing bucket, the upper end of the extension opens that there are two for user put leg Notch.

It preferably, further include pedestal in the carbon nanotube foot-bathing bucket, the pedestal is the cylinder of inner hollow Body, is co-axially located at the lower end of the staving, and is firmly connected with it.

It preferably, further include ozone generator, the ozone generator includes smelly in the carbon nanotube foot-bathing bucket Oxygen Generator ontology and exhaust pipe:

The ozone generator ontology that includes is arranged in the chassis interior；

The exhaust pipe has the straight tube being vertically arranged and horizontally disposed circular ring pipe, the ring pipe coaxial arrangement On the inner sidewall of the staving, the lower part of the ring pipe is provided with multiple gas vents, the upper end of the straight tube and the annular Pipe connection, lower end sequentially passes through the bottom wall of the staving and the upper end with pedestal, and protrude into the cavity of the chassis interior with The exhaust outlet of the ozone generator ontology connects.

Preferably, corresponding at the aperture of each gas vent to be equipped in the carbon nanotube foot-bathing bucket Sealing cover, the sealing cover is openable or covers the corresponding gas vent.

Preferably, in the carbon nanotube foot-bathing bucket, the sealing cover is by the disk being vertically arranged and integrated molding And it being co-axially located at the circular cone composition of the disk upper end, and the tip of the circular cone is upward, the radius of the disk is greater than institute The radius of gas vent is stated, the radius of the bottom surface of the circular cone is equal to the radius of the gas vent, and the circular cone is plugged in the row In stomata；

The tip of the circular cone of each sealing cover passes through spring and connects with the inner sidewall on the top of corresponding ring pipe, So that the sealing cover moves up under the pulling of the spring covers the corresponding gas vent.

Preferably, in the carbon nanotube foot-bathing bucket, each of described ring pipe lower part gas vent surrounding is equal Equipped with more gag lever posts, the disk is located between the more gag lever posts of the corresponding gas vent surrounding, so that described Sealing cover moves in the vertical direction under the limitation of the more gag lever posts.

The utility model staving upper end be removably arranged can to the exposed ankle of user or part shank into The extension of row heating enhances using effect of the user in the case where winter, room temperature was told somebody what one's real intentions are；It is sent out simultaneously using carbon nanotube Heating device of the hotting mask as extension, heating effect is good, and low energy consumption.

The further advantage, target and feature of the utility model will be partially reflected by the following instructions, and part will also pass through Research and practice to the utility model and be understood by the person skilled in the art.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of carbon nanotube foot-bathing bucket described in the utility model；

Fig. 2 is the sectional view of carbon nanotube heating device described in the utility model；

Fig. 3 is the structural schematic diagram of gas vent described in the utility model.

Specific embodiment

The following describes the utility model in further detail with reference to the accompanying drawings, to enable those skilled in the art referring to explanation Book text can be implemented accordingly.

It should be noted that in the description of the present invention, term " transverse direction ", " longitudinal direction ", "upper", "lower", " preceding ", The orientation or positional relationship of the instructions such as " rear ", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" be based on Orientation or positional relationship shown in the drawings, is merely for convenience of describing the present invention and simplifying the description, and is not instruction or dark Show that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair The limitation of the utility model.

Fig. 1-Fig. 2 is a kind of carbon nanotube foot-bathing bucket provided by the embodiment of the utility model, including staving 10, extension 20 With carbon nanotube heating device:

The staving 10 is vertically arranged, inner hollow and upper end opening；In actual production, the shape of staving be may be configured as Other shapes, such as rectangular, truncated cone-shaped.

The extension 20 is the cylindrical shape of inner hollow and upper and lower side opening, coaxially and is sealingly disposed in the bucket 10 upper end of body, and its lower end is removably connect with the upper end of the staving 10, along its week on the inner sidewall of the extension 20 To being provided with first annular groove 21,

The carbon nanotube heating device includes carbon nanotube heating film 31 and separation net 32, the carbon nanotube heating film 31 are fitted at the slot bottom of the first annular groove 21, and the separation net 32 is made of insulating material, and covering in a ring It is arranged at the notch of the first annular groove 21.

In above-mentioned technical proposal, such as area lower in temperature such as Hubei, Hunan and without Central Heating Providing, in winter temperature When lower, general foot-bathing bucket can only heat foot, and the ankle of user or part shank are exposed outside, can make User does not feel well, the heat supply to the leg of user, so extension 20 is removably set in 10 upper end of staving, and Carbon nanotube heating device is set in extension 20, is heated by carbon nanotube heating film 31, it, can when temperature is lower To heat to the exposed ankle of user or part shank；And it is higher in temperature, without to exposed ankle Or in the case that part shank is heated, extension 20 can be removed；It is provided with outside carbon nanotube heating film 31 simultaneously Separation net 32 made of insulating materials prevent user from contacting in use with carbon nanotube heating film 31.

Meanwhile carbon nanotube heating film 31 has good conductive property and heating property, improves heating efficiency, reduction makes Use cost；Carbon nanotube has excellent electricity and mechanical characteristic, and can be radiation infrared, is used as thermo electric material in recent years For Electric radiant Heating Film；Chinese patent application publication No. is the patent of invention of CN104918341A and CN106183239A, all refers to benefit Heating film is prepared with carbon nano-tube material.

In the carbon nanotube foot-bathing bucket, 32 inner sidewall of separation net is flushed with the inner sidewall of the extension 20, Its lateral wall is bonded with the carbon nanotube heating film 31.

In another technical solution, 32 inner sidewall of separation net is flushed with the inner sidewall of extension 20, lateral wall and carbon Nanotube heating film 31 is bonded, and may make the connection between separation net 32, carbon nanotube heating film 31 and extension 20 more steady Gu.

In the carbon nanotube foot-bathing bucket, the upper end of the staving 10 is coaxially arranged with a circular ring shape protrusion 11, described The lower end of extension 20 is equipped with the second annular groove to match with the circular ring shape protrusion 11, and the circular ring shape protrusion 11 seals It is connected in the second annular groove.

In another technical solution, circular ring shape protrusion 11, extension 20 are coaxially arranged with by the upper end of early staving 10 Lower end be equipped with the second annular groove that matches with circular ring shape protrusion 11, and it is recessed that circular ring shape protrusion 11 is connected to the second annular In slot, being detachably connected for staving 10 and extension 20 is realized.

In the carbon nanotube foot-bathing bucket, the upper end of the extension 20 opens that there are two the notch of leg is put for user 22。

In another technical solution, after loading onto due to extension 20, the height of staving 10 is increased, it can be to user Leg placement location impacts, so opening in the upper end of extension 20, there are two the notch 22 that leg is put for user, users Both legs can be individually placed at two notches 22 in use.

It further include pedestal 40 in the carbon nanotube foot-bathing bucket, the pedestal 40 is the cylindrical body of inner hollow, same The lower end of the staving 10 is arranged in axis, and is firmly connected with it.

In another technical solution, pedestal 40 is set in 10 bottom of staving, can avoid 10 bottom of staving and ground is direct Contact is caused to wear or be corroded, to extend the service life of staving 10 to staving 10.

It further include ozone generator in the carbon nanotube foot-bathing bucket, the ozone generator includes ozone generator Ontology and exhaust pipe 50:

The ozone generator ontology that includes is arranged inside the pedestal 40；

The exhaust pipe 50 has the straight tube 51 being vertically arranged and horizontally disposed circular ring pipe 52, the ring pipe 52 It is co-axially located on the inner sidewall of the staving 10, the lower part of the ring pipe 52 is provided with multiple gas vents 53, the straight tube 51 Upper end be connected to the ring pipe 52, lower end sequentially passes through the bottom wall of the staving 10 and the upper end with pedestal 40, and protrudes into It is connect in cavity inside the pedestal 40 with the gas vent 53 of the ozone generator ontology.

It is in use, intracorporal to leading to by the way that ozone generator is arranged in entire body in another technical solution Ozone is discharged in water, is carried out disinfection to water, and the harmful bacteria in water is killed.

As shown in figure 3, in the carbon nanotube foot-bathing bucket, it is corresponding at the aperture of each gas vent to be equipped with Sealing cover 60, the sealing cover 60 is openable or covers the corresponding gas vent.

In another technical solution, in the sealing of the closed grate hole of the outside of each gas vent 53 setting selectivity Lid 60, can be when needing for ozone to be discharged, and the not closed grate hole of sealing cover 60 makes ozone pass through row of exhausting-gas hole to staving 10 In, when negative ozone generator does not work, sealing cover 60 seals up gas vent, prevents the water in staving 10 from entering exhaust pipe 50 In, and then influence the normal use of negative ozone generator ontology.

In the carbon nanotube foot-bathing bucket, the sealing cover 60 is by the disk 61 that is vertically arranged and is integrally formed and coaxial The circular cone 62 that 61 upper end of disk is arranged in forms, and the tip of the circular cone 62 is upward, and the radius of the disk 61 is greater than The radius of the gas vent, the radius of the bottom surface of the circular cone 62 are equal to the radius of the gas vent, and the circular cone 62 is plugged in In the gas vent；

The tip of the circular cone 62 of each sealing cover 60 passes through the interior of spring 33 and the top of corresponding ring pipe 52 Side wall connection, so that the sealing cover 60 moves up under the pulling of the spring 33 covers the corresponding gas vent.

In another technical solution, when not needing discharge ozone, 60 seal vents of sealing cover, circular cone 62 is plugged In gas vent, sealing cover 60 is under the action of 33 pulling force of its own gravity and spring, the periphery of circular cone 62 and the edge of gas vent The lower end of fitting, the corresponding ring pipe 52 in the upper end of disk 61 abuts, and spring 33 should to the pulling force of sealing cover 60 at this time Not less than the self weight of sealing cover 60；And when needing to exclude ozone, 60 blow-by gas vent of sealing cover, sealing cover 60 is in ozone gas It under the impact of stream, moves downward, so that occurring gap between sealing cover 60 and gas vent, anion air-flow can be from gap In be discharged in staving 10, and after ozone generator ontology stops working, streams of ozone disappears, pulling force of the sealing cover 60 in spring 33 It under effect, moves upwards, circular cone 62 plugs in gas vent, seals up gas vent.

In the carbon nanotube foot-bathing bucket, each of described 52 lower part of ring pipe gas vent surrounding is equipped with more Gag lever post 54, the disk 61 is located between the more gag lever posts 54 of the corresponding gas vent surrounding, so that described close Capping 60 is moved in the vertical direction under the limitation of the more gag lever posts 54.

In another technical solution, in order to prevent when 60 vertical motion of sealing cover, deflect, it is right on ring pipe 52 Answer the position of a sealing cover 60 is circumferentially spaced to be provided with more gag lever posts 54, gag lever post 54 is vertically arranged, so that it may be guaranteed Sealing cover 60 keeps vertical motion when moving up and down.

It is not only in the description and the implementation although the embodiments of the present invention have been disclosed as above Listed utilization, it can be applied to various fields suitable for the present invention completely, for those skilled in the art, Other modifications may be easily implemented, therefore without departing from the general concept defined in the claims and the equivalent scope, this reality It is not limited to specific details and embodiment shown and described herein with novel.

Claims

1. a kind of carbon nanotube foot-bathing bucket, including staving (10), extension (20) and carbon nanotube heating device, feature exist In:

The staving (10) is vertically arranged, inner hollow and upper end opening；

The extension (20) is the cylindrical shape of inner hollow and upper and lower side opening, coaxially and is sealingly disposed in the staving (10) upper end, and its lower end is removably connect with the upper end of the staving (10), edge on the inner sidewall of the extension (20) Its circumferential direction is provided with first annular groove (21),

The carbon nanotube heating device includes carbon nanotube heating film (31) and separation net (32), the carbon nanotube heating film (31) it is fitted at the slot bottom of the first annular groove (21), the separation net (32) is made of insulating material, and in a ring Covering be arranged at the notch of the first annular groove (21).

2. carbon nanotube foot-bathing bucket as described in claim 1, which is characterized in that separation net (32) inner sidewall prolongs with described The inner sidewall of long portion (20) flushes, and lateral wall is bonded with the carbon nanotube heating film (31).

3. carbon nanotube foot-bathing bucket as described in claim 1, which is characterized in that the upper end of the staving (10) is coaxially arranged with One circular ring shape protrusion (11), the lower end of the extension (20) are equipped with the second annular to match with the circular ring shape raised (11) Groove, the circular ring shape raised (11) are sealingly engaged in the second annular groove.

4. carbon nanotube foot-bathing bucket as described in claim 1, which is characterized in that there are two the upper end of the extension (20) is opened The notch (22) of leg is put for user.

5. carbon nanotube foot-bathing bucket according to any one of claims 1-4, which is characterized in that it further include pedestal (40), it is described Pedestal (40) is the cylindrical body of inner hollow, is co-axially located at the lower end of the staving (10), and be firmly connected with it.

6. carbon nanotube foot-bathing bucket as claimed in claim 5, which is characterized in that it further include ozone generator, the ozone hair Raw device includes ozone generator ontology and exhaust pipe (50):

It is described to include the setting of ozone generator ontology in the pedestal (40) inside；

The exhaust pipe (50) has the straight tube (51) and horizontally disposed circular ring pipe (52) being vertically arranged, the ring pipe (52) it being co-axially located on the inner sidewall of the staving (10), the lower part of the ring pipe (52) is provided with multiple gas vents (53), The upper end of the straight tube (51) is connected to the ring pipe (52), and lower end sequentially passes through the bottom wall and and pedestal of the staving (10) (40) upper end, and protrude into the internal cavity of the pedestal (40) and connect with the exhaust outlet of the ozone generator ontology.

7. carbon nanotube foot-bathing bucket as claimed in claim 6, which is characterized in that punish in the aperture of each gas vent (53) Not corresponding to be equipped with sealing cover (60), the sealing cover (60) is openable or covers the corresponding gas vent (53).

8. carbon nanotube foot-bathing bucket as claimed in claim 7, which is characterized in that the sealing cover (60) is by the circle that is vertically arranged Disk (61) and circular cone (62) composition for being integrally formed and being co-axially located at the disk (61) upper end, and the point of the circular cone (62) Upward, the radius of the disk (61) is greater than the radius of the gas vent (53), the radius etc. of the bottom surface of the circular cone (62) at end Radius in the gas vent (53), the circular cone (62) are plugged in the gas vent (53)；

The tip of the circular cone (62) of each sealing cover (60) passes through the top of spring (33) with corresponding ring pipe (52) Inner sidewall connection so that the sealing cover (60) moves up under the pulling of the spring (33) covers the corresponding row Stomata (53).

9. carbon nanotube foot-bathing bucket as claimed in claim 8, which is characterized in that each of described ring pipe (52) lower part is described Gas vent (53) surrounding is equipped with more gag lever posts (54), and the disk (61) is located at corresponding gas vent (53) surrounding Between the more gag lever posts (54), so that the sealing cover (60) is under the limitation of the more gag lever posts (54) in vertical side It moves up.