CN208755811U

CN208755811U - The energy-efficient foot bath of novel water-saving

Info

Publication number: CN208755811U
Application number: CN201721576078.3U
Authority: CN
Inventors: 谢立三
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-11-22
Filing date: 2017-11-22
Publication date: 2019-04-19
Anticipated expiration: 2027-11-22

Abstract

The utility model relates to health care technology fields, and in particular to the energy-efficient foot bath of novel water-saving.The utility model provides the energy-efficient foot bath of novel water-saving, comprising: foot placing groove and first heater, foot placing groove correspond to the side setting first heater of sole, and first heater is connect with external power supply.The energy-efficient foot bath of novel water-saving provided by the utility model, it is directly protruding into foot placing groove by foot, reduce the use of water, and position above knee can be steeped, water consumption can only steep 1/5th to knee foot bath, energy loss caused by water heating is reduced simultaneously, and heating time is short, energy conservation and environmental protection.

Description

The energy-efficient foot bath of novel water-saving

Technical field

The utility model relates to health care technology fields, and in particular to the energy-efficient foot bath of novel water-saving.

Background technique

Foot-bathing health-care therapy is therapy most simple and easy in traditional foot soaking and massage, and foot is the place of collaterals of human convergence One of, each organ of human body has specific echo area in foot, and foot reflection massotherapy is the precious legacy of Chinese medical, it By stimulating each organ of human body corresponding acupuncture point in biped, neural reflex is generated, the function of induction mechanism is activated, enhances blood Liquid circulation, therefore to foot massage and stimulation, the energy potential function of exciting human adjusts the unbalance state of body, and whole body of releiving is tight , the effect of achieving the effect that prevent and cure diseases, have self health care and promote longevity.

As people's rhythm of life is accelerated, there are the states of body inferior health by many people, but since rhythm of life is fast, people Without the time go focus on body inferior health influence, so expression is extremely tired, people's lives level is improved, health meaning Knowledge also enhances therewith, and since rhythm of life is fast, being in and carrying out foot-bathing health-care is to relieve fatigue, improve sleep, promote blood circulation Good method.

But current foot bath is all very high very big, it is desirable to a large amount of water will be added in foot bath by steeping foot comfortably, And water is heated, the water after heating in foot bath largely do not have bubble foot effect, cause foot bath dress water and Moving process and its heavy, it has not been convenient to use.

Utility model content

The technical problem to be solved by the present invention is to overcome, foot bath in the prior art is heavy, inconvenient to use lacks It falls into.

For this purpose, the technical solution used, the utility model provide the energy-efficient foot bath of novel water-saving, comprising: foot Placing groove and first heater, foot placing groove correspond to and connect first heater below the side of sole, the first heating dress It sets and is connect with external power supply.

In order to enable first heater preferably to heat to the water in foot placing groove, while place foot Water in slot keeps suitable temperature, can adjust temperature and the bubble foot time of needs during allowing user to steep foot at any time, Preferred technical solution is that the energy-efficient foot bath of novel water-saving further includes cavity, and portion in the cavity, foot is arranged in foot placing groove Portion's placing groove corresponds to the side of sole and the bottom surface of cavity and is oppositely arranged, and foot placing groove corresponds to side setting and the cavity of sole The apopore of connection.

In order to enable first heater preferably to heat to the water in foot placing groove, while place foot Water in slot keeps suitable temperature, can adjust temperature and the bubble foot time of needs during allowing user to steep foot at any time, The water in foot placing groove is circulated simultaneously, increases comfort, heats the water flowing in foot placing groove, prevent part Overheat, further preferred technical solution is that the energy-efficient foot bath of novel water-saving further includes sink, and sink is arranged in cavity Bottom, the mouth end of foot placing groove is towards the mouth end of sink；Secondary heating mechanism is equipped in sink, secondary heating mechanism setting exists On the top surface of cavity；The inlet opening being connected to sink is opened up on cavity；Water circulating pump is arranged in the water outlet hole site of inside cavity, follows Ring water pump passes through pipeline connection with inlet opening and apopore respectively；Controller, secondary heating mechanism is arranged in the inner wall top of sink It is electrically connected with the controller respectively with water circulating pump.

In order to enable first heater preferably to heat to the water in foot placing groove, while place foot Water in slot keeps suitable temperature, can adjust temperature and the bubble foot time of needs during allowing user to steep foot at any time, The water in foot placing groove is circulated simultaneously, increases comfort, heats the water flowing in foot placing groove, prevent part Overheat, further preferred technical solution is that the energy-efficient foot bath of novel water-saving further includes sink, and sink is arranged in cavity Bottom, the mouth end of foot placing groove is towards the mouth end of sink；The inlet opening being connected to sink is opened up on cavity；Inside cavity goes out Water circulating pump, water circulating pump and apopore is arranged by pipeline connection in water hole position, and the top of cavity is equipped with controller, and first adds Thermal and water circulating pump are electrically connected with the controller respectively.

In order to enable the utility model to steep foot and shank to body positions such as knees, make foot provided by the utility model It is more comfortable during bathtub lavipeditum, it is more advantageous to and relieves fatigue, promotes blood circulation, preferred technical solution is the foot The mouth end of portion's placing groove connects sheath, sheath be it is round table-like, the osculum end of sheath is connect with the mouth end of foot placing groove.

In order to enable the utility model to steep foot and shank to body positions such as knees, make foot provided by the utility model It is more comfortable during bathtub lavipeditum, it is more advantageous to and relieves fatigue, promotes blood circulation, while different legs length can be suitable for People, and meet the height of different hot-water soaks, further preferred technical solution is that the sheath point includes several section head and the tail The telescopic of fitting, the osculum end of telescopic is towards foot placing groove.

In order to enable the utility model to steep foot and shank to body positions such as knees, make foot provided by the utility model It is more comfortable during bathtub lavipeditum, it is more advantageous to and relieves fatigue, promotes blood circulation, while different legs length can be suitable for People, and meet the height of different hot-water soaks, it alsos for preventing from splashing during hot water circuit to drenching outside foot bath, subtract Few water flow sound, further preferred technical solution are the one circle arc deflector of big opening end setting of the top telescopic, arc The both ends of deflector are connect with telescopic and cavity respectively, and inlet opening is between sheath and basin sidewall.

In order to enable the utility model to steep foot and shank to body positions such as knees, make foot provided by the utility model It is more comfortable during bathtub lavipeditum, it is more advantageous to and relieves fatigue, promotes blood circulation, while different legs length can be suitable for People, and meet the height of different hot-water soaks, it alsos for preventing from splashing during hot water circuit to drenching outside foot bath, subtract Few water flow sound, after withdrawing telescopic, arc deflector does not influence the withdrawal of telescopic, further preferred technical solution To connect soft ring between the arc deflector and telescopic.

Apopore is blocked and influences apopore and import hot water in foot placing groove by foot in order to prevent, preferred technology Scheme is that support plate is arranged in the foot placing groove inner bottom surface, is distributed several permeable holes in support plate, upper end face of support plate is set Massage machine is set, massage machine is electrically connected with device processed, connection expansion link between support plate and foot placing groove, telescopic rod and control Device electrical connection.

Apopore is blocked and influences apopore and import hot water in foot placing groove by foot in order to prevent, while can allow User voluntarily adjusts the function of whether needing massage convex to carry out compressing massage, and further preferred technical solution is cavity Top surface corresponds to permeable hole site and is respectively provided with massage convex, and the diameter of massage convex is less than the diameter of permeable hole.

Application method:

The energy-efficient foot bath of novel water-saving provided by the utility model, fills water in foot placing groove and sink first； After being attached to suitable water, first heater is controlled by controller, water is heated；After being heated to suitable temperature, make The foot of user protrudes into foot placing groove, and telescopic is then pulled up adjusting；Telescopic is adjusted to after suitable position, is opened Water circulating pump is opened, circulates the water in foot bath, while arc deflector prevents powder-refining with water from splashing, when needing massage convex to massage When, support plate is withdrawn, massage convex passes through permeable hole, makes foot directly and massage convex contact is massaged.

The flow process of water are as follows:

Water circulating pump imports water in foot placing groove by apopore, after the water in foot placing groove is full, passes through arc Deflector flows in sink, and water is entered in cavity by the inlet opening on sink, and the first heater in cavity carries out water Heating, then in the process before water circulating pump repetition that passes through.

Technical solutions of the utility model have the advantages that

The energy-efficient foot bath of novel water-saving provided by the utility model, is directly protruding into foot placing groove by foot, Reduce the use of water, and position above knee can be steeped, water consumption can only steep 1/5th to knee foot bath, together When reduce water heating caused by energy loss, heating time is short, energy conservation and environmental protection.

Detailed description of the invention

It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art Under the premise of labour, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the overall structure cross-sectional view of embodiment 1；

Fig. 2 is the top view of the utility model；

Fig. 3 is the structural schematic diagram of foot placing groove and sheath in the utility model；

Fig. 4 is the overall structure cross-sectional view of embodiment 2；

Wherein, 10- foot placing groove；11a- first heater；11b- secondary heating mechanism；12- apopore；13- branch Fagging；14- permeable hole；15- telescopic rod；16- massage convex；20- cavity；The inlet opening 21-；22- water circulating pump；23- controller； 30- sink；40- sheath；41- telescopic；42- arc deflector；43- softness ring.

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical Novel protected range.

Embodiment 1

As shown in Figure 1, 2, the utility model provides the energy-efficient foot bath of novel water-saving, comprising: foot placing groove 10 With first heater 11a, the side lower section of the corresponding sole of foot placing groove 10 connects first heater 11a, the first heating Device 11a is connect with external power supply, and the shape of foot placing groove 10 is that boot-shaped is identical with people's foot shape.

In order to enable first heater 11a preferably to heat to the water in foot placing groove 10, while making foot Water in portion's placing groove 10 keeps suitable temperature, can adjust the temperature and bubble of needs during allowing user to steep foot at any time Foot time, preferred technical solution are that the energy-efficient foot bath of novel water-saving further includes cavity 20, and the setting of foot placing groove 10 exists Inside cavity 20, the side of the corresponding sole of foot placing groove 10 and the bottom surface of cavity 20 are oppositely arranged, and foot placing groove 10 is corresponding The apopore 12 being connected to cavity 20 is arranged in the side of sole.

In order to enable first heater 11a preferably to heat to the water in foot placing groove 10, while making foot Water in portion's placing groove 10 keeps suitable temperature, can adjust the temperature and bubble of needs during allowing user to steep foot at any time The foot time, while the water in foot placing groove 10 is circulated, increase comfort, adds the water flowing in foot placing groove 10 Heat prevents hot-spot, and further preferred technical solution is that the energy-efficient foot bath of novel water-saving further includes sink 30, chamber Body 20 is arranged in the bottom of sink 30, and the mouth end of foot placing groove 10 is towards the mouth end of sink 30；Second is equipped in sink 30 to add Thermal 11b, secondary heating mechanism 11b are arranged on the top surface of cavity 20；The water inlet being connected to sink 30 is opened up on cavity 20 Hole 21；12 position of apopore inside cavity 20 is arranged water circulating pump 22, water circulating pump 22 respectively with inlet opening 21 and apopore 12 pass through pipeline connection；The inner wall top of sink 30 is arranged controller 23, secondary heating mechanism 11b and water circulating pump 22 respectively with Controller 23 is electrically connected, and secondary heating mechanism 11b is anti-water heater, and water circulating pump 22 is waterproof water circulating pump 22.

As shown in Figure 1, 2, 3, in order to enable the utility model to steep foot and shank to body positions such as knees, make this reality It is more comfortable in the process with the foot bath lavipeditum of novel offer, it is more advantageous to and relieves fatigue, promotes blood circulation, preferred technology Scheme is that the mouth end of the foot placing groove 10 connects sheath 40, and sheath 40 is round table-like cartridge type, and the top of sheath 40 is higher than The top of sink 30, the osculum end of sheath 40 are connect with the mouth end of foot placing groove 10.

In order to enable the utility model to steep foot and shank to body positions such as knees, make foot provided by the utility model It is more comfortable during bathtub lavipeditum, it is more advantageous to and relieves fatigue, promotes blood circulation, while different legs length can be suitable for People, and meet the height of different hot-water soaks, further preferred technical solution is that the sheath 40 divides first including several sections The telescopic 41 that tail sleeve is closed, the big opening end outer ring of every section telescopic 41 are arranged annular card column, in the osculum end of every section telescopic 41 Circle setting annular slot, the big opening end outer diameter for two telescopics 41 being connected is identical with osculum end internal diameter, annular card column clamping In annular slot, 41 junction sealed set of telescopic, the osculum end of telescopic 41 is towards foot placing groove 10.

In order to enable the utility model to steep foot and shank to body positions such as knees, make foot provided by the utility model It is more comfortable during bathtub lavipeditum, it is more advantageous to and relieves fatigue, promotes blood circulation, while different legs length can be suitable for People, and meet the height of different hot-water soaks, it alsos for preventing from splashing during hot water circuit to drenching outside foot bath, subtract Few water flow sound, further preferred technical solution are the one circle arc deflector 42 of big opening end setting of the top telescopic 41, The both ends of arc deflector 42 are connect with telescopic 41 and cavity 20 respectively, inlet opening 21 be located at sheath 40 and 30 side wall of sink it Between.

In order to enable the utility model to steep foot and shank to body positions such as knees, make foot provided by the utility model It is more comfortable during bathtub lavipeditum, it is more advantageous to and relieves fatigue, promotes blood circulation, while different legs length can be suitable for People, and meet the height of different hot-water soaks, it alsos for preventing from splashing during hot water circuit to drenching outside foot bath, subtract Few water flow sound, after withdrawing telescopic 41, arc deflector 42 does not influence the withdrawal of telescopic 41, further preferred technology Scheme is that soft ring 43 is connected between the arc deflector 42 and telescopic 41, and the material of soft ring 43 is silica gel.

Apopore 12 is blocked and influences apopore 12 and import hot water in foot placing groove 10 by foot in order to prevent, preferably Technical solution be that support plate 13, the side of support plate 13 and foot placing groove 10 is arranged in 10 inner bottom surface of foot placing groove Wall is equipped with gap, several permeable holes 14 is distributed in support plate 13, hot water in gap and permeable hole 14 by circulating, in support plate 13 Massage machine 17 is arranged in end face, and massage machine 17 is electrically connected with device 23 processed, several through-holes is distributed on massage machine 17, hot water passes through Permeable hole 14 and through-hole enter inside foot placing groove 10, and connection expansion link 15, stretches between support plate 13 and foot placing groove 10 Contracting bar 15 is waterproof electric putter, and telescopic rod 15 is electrically connected with controller 23.

Apopore 12 is blocked and influences apopore 12 and import hot water in foot placing groove 10 by foot in order to prevent, simultaneously User can be allowed voluntarily to adjust the function of whether needing massage convex 16 to carry out compressing massage, further preferred technical solution For 20 top surface of cavity corresponds to 14 position of permeable hole and is respectively provided with massage convex 16, and the diameter of massage convex 16 is less than permeable hole 14 Diameter, when support plate 13 being made to land, massage convex 16 passes through permeable hole 14, massages user's sole.

Embodiment 2

As shown in figure 4, on the basis of embodiment 1, water circulating pump 22 and apopore 12 is made to pass through pipeline connection, sink 30 In hot water be directly entered in cavity 20 by inlet opening 21, be then pumped into foot placing groove 10, made by water circulating pump 22 Hot water in cavity 20 indirectly heats foot placing groove 10, makes warmer inside foot placing groove 10, and controller 23 is set Set on the top of cavity 20, keep overall structure more succinct, beautiful, sheath 40 be can axial folding stretching bellows, and And the diameter of bellows gradually becomes smaller from top to bottom.

Obviously, the above embodiments are merely examples for clarifying the description, and does not limit the embodiments.It is right For those of ordinary skill in the art, can also make on the basis of the above description it is other it is various forms of variation or It changes.There is no necessity and possibility to exhaust all the enbodiments.And it is extended from this it is obvious variation or It changes among the protection scope created still in the utility model.

Claims

1. A novel water-saving, energy-saving and high-efficiency footbath basin, characterized in that it comprises: a foot placing groove (10) and a first heating device (11a), and the foot placing groove (10) is connected to the first heating device (10) under the side of the corresponding sole of the foot. 11a), the first heating device (11a) is connected to an external power source;

The novel water-saving, energy-saving and high-efficiency foot bath tub further comprises a cavity (20), a foot placing groove (10) is arranged inside the cavity (20), and the foot placing groove (10) corresponds to the side surface of the sole of the foot and the bottom surface of the cavity (20). Oppositely arranged, a water outlet hole (12) communicated with the cavity (20) is provided on the side of the foot placement groove (10) corresponding to the sole of the foot;

It also includes a water tank (30), the cavity (20) is arranged at the bottom of the water tank (30), the mouth end of the foot placement tank (10) faces the mouth end of the water tank (30); the water tank (30) is provided with a second heater The device (11b), the second heating device (11b) is arranged on the top surface of the cavity (20); the cavity (20) is provided with a water inlet hole (21) communicating with the water tank (30); the cavity (20) A circulating water pump (22) is arranged at the position of the internal water outlet hole (12), and the circulating water pump (22) is respectively connected with the water inlet hole (21) and the water outlet hole (12) through pipelines; the top of the inner wall of the water tank (30) is provided with a controller ( 23), the second heating device (11b) and the circulating water pump (22) are respectively electrically connected to the controller (23).

2. The novel water-saving, energy-saving and high-efficiency footbath basin according to claim 1, characterized in that, the mouth end of the foot placement groove (10) is connected to a sheath (40), and the sheath (40) is in the shape of a truncated cone. The small mouth end of the sleeve (40) is connected with the mouth end of the foot placement slot (10).

3. The novel water-saving, energy-saving and high-efficiency footbath basin according to claim 2, characterized in that, the sheath (40) comprises a plurality of telescopic sleeves (41) that are fitted end to end, and a small mouth end of the telescopic sleeve (41). The grooves (10) are placed towards the foot.

4. The novel water-saving, energy-saving and high-efficiency footbath basin according to claim 3, characterized in that a circle of arc-shaped deflectors (42) is provided at the large mouth end of the uppermost telescopic sleeve (41), and the arc-shaped deflectors (42) ) are respectively connected with the telescopic sleeve (41) and the cavity (20), and the water inlet hole (21) is located between the sheath (40) and the side wall of the water tank (30).

5. The novel water-saving, energy-saving and high-efficiency footbath basin according to claim 4, characterized in that a soft ring (43) is connected between the arc-shaped deflector (42) and the telescopic sleeve (41).

6. The novel water-saving, energy-saving and high-efficiency footbath basin according to claim 1, characterized in that, a support plate (13) is arranged on the inner bottom surface of the foot placement groove (10), and a plurality of water permeable holes (13) are distributed on the support plate (13). 14), a massage device (17) is provided on the upper end surface of the support plate (13), the massage device (17) is electrically connected with the controller (23), and a telescopic rod ( 15), the telescopic rod (15) is electrically connected with the controller (23).

7. The novel water-saving, energy-saving and high-efficiency footbath basin according to claim 6, characterized in that, massage protrusions (16) are provided on the top surface of the cavity (20) corresponding to the positions of the permeable holes (14), and the massage protrusions (16) are provided with massage protrusions (16). ) is smaller than the diameter of the permeable hole (14).