CN2912650Y - Large intestine hydrotherapy device and disposable toilet seat having the device - Google Patents

Abstract

The utility model discloses a large intestine hydrotherapy device and a treatment-free toilet seat with the same, wherein the large intestine hydrotherapy device comprises a host, a conduit and an operation panel which is electrically connected with the host and controls the treatment of water flow. The main machine is provided with a filtering unit, a heater for heating water flow and a pressure regulator for pressurizing the water flow. The catheter conducts the water flow pre-processed by the host machine for therapeutic use. The utility model discloses can meet with current water supply system to with the higher and more clean water of hydrotherapy water pretreatment one-tenth quality, ensure safe in utilization, reduce the chance that the user takes place to be uncomfortable or even infect.

Description

Large intestine hydrotherapy device and disposable toilet seat having the device

technical field

The utility model relates to a hydrotherapy device, in particular to a large intestine hydrotherapy device for flushing the intestinal tract.

Background technique

The main function of the intestinal tract is to absorb water, vitamins, minerals and various small molecule nutrients, and it is the main channel for excreting body waste. At present, many clinical studies have pointed out that long-term accumulation of adhesions on the wall of the large intestine together with body waste will block the In the pores of the intestinal wall, the toxic substances formed by waste retention will be reabsorbed into the portal vein, and then transported to the liver, causing unexplained soreness, fatigue, chronic diseases, and even cancer. In view of the fact that a clean intestinal tract can make the intestinal mucosa repair itself and perform normal absorption and elimination functions, relevant practitioners who are familiar with health care have vigorously promoted the concept of intestinal purification in recent years.

Referring to FIG. 1 , a common plastic enema bag 1 is shown, which has a bag body 11 for containing flushing liquid and a catheter 12 communicating with the bag body 11 and leading the flushing liquid into the intestinal tract. This kind of enema bag 1 has a simple structure. When in use, the free end 13 of the catheter 12 is directly inserted into the rectum, and the user presses the bag body 11 with his hand, so that the flushing fluid flows into the rectum along the catheter 12 after being pressurized, so as to Flush the lining of the rectum and colon.

However, the volume of the enema bag 1 is fixed (generally 500 milliliters), and it cannot contain more flushing liquid. The flushing effect is really limited, and the user must rely on himself to control the output of the flushing liquid. The force of pressing varies, and the flushing effect on the intestinal tract is poor, and the water temperature is difficult to adjust to a state close to body temperature, which often makes users feel too cold or uncomfortable. The most worrying point is that most of the flushing liquid in the enema bag 1 is added by the user, but it is difficult to control the quality of the water. If the water contains a lot of bacteria or impurities, once it enters the body, it will cause intestinal discomfort , severe cases will lead to disease.

Another figure 2 shows the "household type large intestine hydrotherapy equipment" of the new patent No. 545246 announced by Taiwan, China. The large intestine hydrotherapy equipment disclosed is provided with a host 21 of a specific size and volume, and the host 21 is preset to sterilize the internal water. Water storage tank 22, besides water storage tank 22, be provided with ultraviolet sterilizing device (unmarked number among the figure); One end of a water pipe 23 connects above-mentioned main engine 21, and connects to a positioning plate 24 with the other end, and this positioning plate 24 contains guide Water pipeline 25, the water guide pipeline 25 is provided with a central extension tube 251 for movably connecting an intubation tube 26 that can stand upright as a flush. In addition, the host 21 is further equipped with a remote control connector 27 for use together.

In the aforementioned Taiwan New Patent Announcement, the water storage tank 22 has a limited water storage capacity (about 500 milliliters), and the water must be poured into the water storage tank 22 for backup before each use. There is no automatic water inlet device, and it is impossible to continuously supply hydrotherapy. With water, when the water stored in the water storage tank 22 is exhausted, it is necessary to manually scoop the water again, causing a temporary interruption of hydrotherapy; although the intubation tube 26 can be directly inserted into the intestinal tract for cleaning, the intubation tube 26 lacks flexibility. , the appearance has been fixed and restricted, and it is difficult to adapt to the characteristics of the curvature of the intestinal tract, resulting in poor purification effect. In addition, the positioning plate 24 can only be applied to specific types of toilets, which limits the versatility of this type of hydrotherapy equipment and cannot be widely used in various household institutions.

Furthermore, it uses ultraviolet light to sterilize the water to purify the water. However, besides bacteria, the water also contains many suspended solids, such as soil particles, fine dust, and heavy metal organic matter. Sex poses a great threat.

Utility model content

The technical problem to be solved by the utility model is to provide a large intestine hydrotherapy device which can be connected in series with the water supply system, provide safe hydrotherapy quality, and adapt to various intestinal walls.

Another technical problem to be solved by the utility model is to provide a treatment-free toilet seat that can be installed on the toilet body to concurrently perform large intestine hydrotherapy.

The technical solution of the utility model is: a large intestine hydrotherapy device, which includes:

A main engine, connected to a water source and introducing a water flow into it, including: a filter unit for filtering the water flow; a pair of warmers for heating the water flow, and a pressure regulator for adjusting the pressure of the water flow;

A conduit, one end of which communicates with the main body, and the water treated by the main body leads to the other end for hydrotherapy; and

An operation panel electrically connected with the main machine controls the treatment of the water flow in the main machine.

The utility model also proposes a non-treatment toilet seat installed on a toilet body, which includes: a seat cushion arranged on the toilet body and a hydrotherapy device assembled with the seat cushion, the seat cushion and the large intestine hydrotherapy device Assembled into some components of the disposable toilet seat, some components of the disposable toilet seat include:

A host, connected to a water source and introducing a water flow from the water source, including: a filter unit for filtering the water flow; a heater for heating the water flow; and a pair of pressure regulators for pressurizing the water flow:

a conduit, one end of which communicates with the main unit, and leads out from the other end of the water stream treated by the main unit; and

The operation panel of the seat cushion is electrically connected with the host to control the processing of the water flow in the host.

The characteristics and advantages of the utility model are: the large intestine hydrotherapy device proposed by the utility model and the exempt toilet seat with the device, wherein the large intestine hydrotherapy device includes a host, a catheter and a device electrically connected to the host to control water flow Handled operator panel. The main engine has a filter unit, a heater for heating the water flow and a pressure regulator for pressurizing the water flow. This conduit will export the pre-treated water flow through the main unit for spa use. The disposable toilet seat includes a seat cushion installed on the toilet body and a hydrotherapy device assembled together with the seat cushion. The utility model can be connected with the existing water supply system, and the hydrotherapy water is pre-processed into higher-quality and cleaner water, so as to ensure safe use and reduce the chance of discomfort or even infection for users.

Description of drawings

Fig. 1 is a schematic diagram of a known enema bag;

Fig. 2 is a schematic diagram of a combination of Taiwan New Patent Announcement No. 545246 "household large intestine hydrotherapy equipment" installed on a toilet;

Fig. 3 is an exploded schematic diagram of a specific embodiment of the large intestine hydrotherapy device of the present invention;

Fig. 4 is a schematic diagram illustrating the structure of a water flow treatment path in a host of the large intestine hydrotherapy device;

5 is a side view illustrating a catheter of the colon hydrotherapy device having a deformed section and a non-deformed section;

Figure 6 is a schematic diagram illustrating another embodiment in which an additional port is further provided in the shell of the host; and

Fig. 7 is an exploded view of another specific embodiment of the large intestine hydrotherapy device of the present invention.

Detailed ways

The aforementioned and other technical contents, features and effects of the present invention will be clearly presented in the following detailed description of a specific embodiment with reference to the accompanying drawings.

Referring to FIG. 3 , a specific embodiment of the large intestine hydrotherapy device 3 of the present invention is provided on a disposable toilet 4 , which has a toilet body 41 , a water tank 42 and a seat cushion 43 . The water in the water tank 42 flushes into the toilet body 41 to take away the excrement. One end of the seat cushion 43 is pivotally connected to the position where the toilet body 41 connects with the water tank 42 .

The large intestine hydrotherapy device 3 includes: a host 31 , a conduit 32 and an operation panel 33 electrically connected to the host 31 .

Referring to FIG. 4 , the host 31 includes a housing 34 , a filter unit 35 , a heater 36 , a sterilizer 37 and a pressure regulator 38 . The shell 34 defines a space 341 for the filter unit 35 , the warmer 36 , the sterilizer 37 and the pressure regulator 38 to be accommodated therein. In addition, when the water flows through the filter unit 35 , the warmer 36 , the sterilizer 37 and the pressure regulator 38 , a water treatment path is defined.

The filter unit 35 has a filter chamber 351 , an activated carbon treatment chamber 352 and a reverse osmosis chamber 353 which can be connected in series. The reverse osmosis chamber 353 uses the R/O membrane tube reverse osmosis filter to filter impurities. This part of the technology is known as reverse osmosis filtration, and the number of each treatment chamber can be increased or decreased according to the difference in water quality in various places; the filter unit 35 can be used with ceramic filtration, electrolysis treatment, magnetization step, π treatment or other known technologies, and can also directly use commercially available models such as Datong K-505DT3 practical RO pure water machine, HK-05CT3 general RO pure water machine, and will not be further described here.

The filter chamber 351 is filled with Mic fiber cotton (micron fiber filter core), which is used to remove impurities in water, such as filtering out silt and suspended solids; the filter core in the activated carbon treatment chamber 352 is used for adsorption such as chloride and Chemical substances such as heavy metals reduce the chance of forming trihalomethanes, and the heavy metal toxins that are difficult to remove such as aluminum, cadmium, and mercury are filtered by the reverse osmosis chamber 353 .

The heater 36 is located downstream of the filter unit 35 on the water flow treatment path, and a water stop valve 39 is further provided between the heater 36 and the filter unit 35, and the part exposed to the shell 34 through the water stop valve 39 can be directly controlled. The state of water flow. The heater 36 is used to heat the water flow to a predetermined temperature, and the predetermined temperature is controlled by the operation panel 33 , preferably, the predetermined temperature is between 30°C and 35°C.

On the water flow treatment path, the pressure regulator 38 is located downstream of the heater 36 and is controlled by the operation panel 33 at the same time. Preferably, the pressure regulator 38 increases the water flow pressure to 1-5gf/cm ² Within the range, users can adjust it according to their own comfort. The means of heating and pressure regulation used in this embodiment can be known technologies, which will not be described in detail separately.

The sterilizer 37 adopted in this embodiment is an ultraviolet germicidal lamp, and the position of the sterilizer 37 on the water flow treatment path is between the heater 36 and the pressure regulator 38, when the water flow is passed by the heater 36 flows into the pressure regulator 38 through the sterilizer 37, the ultraviolet rays emitted by the sterilizer 37 will directly irradiate the water flow to produce a sterilizing effect, and bacteria and smaller microorganisms are treated in this step.

Referring to FIGS. 3-5 at the same time, one end 321 of the conduit 32 receives the water flowing out from the host 31 , while the other end 322 guides the water out for hydrotherapy. The conduit 32 further has a deformed section 323 relatively far away from the other end 322 , and a non-deformed section 324 relatively adjacent to the other end 322 . Wherein the deformation section 323 is made of flexible plastic material, which can be deformed to form wrinkles, and then be extended or shortened, thereby changing the total length of the catheter 32 . A plurality of water outlets 325 are formed at intervals on the non-deformable section 324 .

The conduit 32 is attached to the toilet body 41 with a fixing plate 5 , and being pressed by the fixing plate 5 , the conduit 32 can be positioned between the toilet body 41 and the seat cushion 43 without any deviation. The fixing plate 5 forms a channel 51 similar to W, and the channel 51 has two water inlets 52 , 53 and a water outlet 54 between the water inlets 52 , 53 . Guided by a water pipe 7 , the water flows out from the host 31 and enters the passage 51 through any water inlet 52 or 53 . One end 321 of the conduit 32 is connected to the water outlet 54 in series, while the other end 322 protrudes from the plane surrounded by the seat cushion 43. roughly correspond to. The implementation of the water inlets 52 and 53 can be determined according to the orientation of the disposable toilet 4. Therefore, when one of the water inlets 52 or 53 is selected, the other water inlet 53 or 52 must be closed. But this is not limited by the utility model, as shown in Figure 7, the conduit 32 can also be directly inserted into the water outlet 54 for spraying water to clean the anus of its seat cushion of the exempt toilet. It should be noted that in Fig. 7, the flow of water flow is as follows: start the disposable toilet panel 33, the water flow passes through the filter unit 35, passes through the water inlet 52, enters the heating chamber 36, enters the pressurized chamber 38, enters the sterilization chamber 37, and passes through the passage 51 , reach the water outlet 53, lead into the front end 321 of the catheter 32, flow through the deformed section 323, reach the rear end 322, and flow out from the water outlet 325 to clean the intestinal tract evenly and safely.

The operation panel 33 has a display screen 331 and a remote controller 332 electrically connected to the display screen 331 (the remote controller 332 shown in the figure is a wireless control), and of course the display screen 331 and the remote controller 332 can also be integrated on the same interface. The display screen 331 can be set independently, or it can also be fixed on one side of the host 31 as in this embodiment. Through the optional buttons on the remote control 332, users can choose the best hydrotherapy conditions according to their own needs. The control conditions provided in this embodiment include: use time, water flow temperature and water flow pressure, and the display screen 331 can also indicate The amount of water and the replacement time of the filter make the large intestine hydrotherapy device 3 a product more in line with human needs. Note that the control circuit in the operation panel 33 is a known technology, and the control circuit can be designed arbitrarily according to the needs of users.

Before use, the user sits on the seat cushion 43 on the toilet body 41, bends the deformed section 323 of the conduit 32 according to personal habits, and puts the conduit 32 into the intestinal tract with the other end 322 first, and then according to the user's The curved deformation section 323 is twisted at the position of the intestinal tract to be flushed.

Referring back to Figure 4, the host 31 is directly connected to a water source (such as a water tap), and then the water flow is directly introduced into the host 31. According to the treatment path, the water flow passes through the filter chamber 351, the activated carbon treatment chamber 352 and the reverse osmosis chamber in sequence. 353. Utilize the filter structure in the treatment chambers 351-353 to filter out impurities and suspended solids in the water flow, reduce the content of harmful chemical substances in the water, and ensure that the water quality used for hydrotherapy will not pose health threats to users.

After the water flows out of the filter unit 35, it continues to advance along the water flow treatment path to the heater 36. The heater 36 adjusts the water flow to an appropriate temperature according to the user's control of the operation panel 33, and waits for the temperature of the water flow to rise to a predetermined temperature. , then flow to the pressure regulator 38.

Before entering the pressure regulator 38, the water flows through the sterilizer 37, and the ultraviolet rays emitted by the sterilizer 37 immediately kill the microorganisms (especially viruses and bacteria) remaining in the water, resulting in the death of the microorganisms and purifying the water again .

The water flow that has been raised to a predetermined temperature and has been treated by ultraviolet radiation continues to flow into the pressure regulator 38. According to the user's preferences and habits, the pressure regulator 38 can set the outlet water pressure between 1 and 5gf/cm2 , and finally, the water flow adjusted to an appropriate pressure is sent out of the main unit through the conduit 32 and discharged through the water outlet 325 to flush the inner wall of the user's intestinal tract. The user can change the length and bending shape of the deformed section 323 of the conduit 32 so that The clean water flow sent by the water outlet 325 can truly flush all parts of the intestinal tract.

This embodiment utilizes multi-channel filtration procedures, including special filter cloth filtration, activated carbon adsorption and reverse osmosis, etc., to filter out the sediment, suspended impurities, organic substances and pathogens in the water flow as much as possible, and assist the sterilizer 37 Irradiating ultraviolet light ensures that the water flow output from the host 31 is clean and harmless, avoiding the danger of excessive impurities in the water or residual pathogens, thereby reducing the infection derived from the water flow entering the intestinal tract.

Different from the shortcoming that the known intubation tube 26 cannot be bent arbitrarily, the catheter 32 of this embodiment provides various deformation possibilities, and the deformation section 323 can be adjusted according to various usage habits and the difference of the user's desired hydrotherapy site. It can be bent into various shapes, so as to avoid the too stiff cannula 26 from irritating or rubbing against the inner wall of the intestinal tract and produce a more comfortable feeling.

In addition, this embodiment overcomes the shortcomings of the known technology, that is, this embodiment can provide water flow close to the body temperature of the human body. During the hydrotherapy process of flushing the intestinal tract, the discomfort that may be caused by low-temperature flushing is improved, and the mild water temperature makes the user feel comfortable. It produces a more comfortable feeling, and also avoids any irritating reaction of the intestinal wall cells caused by the low water temperature.

In addition to raising the temperature of the water flow to a state more in line with the body temperature of the human body, this embodiment is equipped with a pressure regulator 38 to set the discharge pressure of the water flow. The water flow ejected from the water outlet 325 has a certain pressure, which can form a better effect on the intestinal tract. Cleaning and rinsing effect, and it is difficult to control the pressing pressure when jumping out of the enema bag 1, and the main unit 31 is directly connected to the water source, and is not limited by the amount of stored water. As long as the water source is turned on, there will be a steady stream of water flowing from the catheter 32 are sent out for use, without having to consider the dilemma of manually adding water when the water is exhausted, which will be more convenient for the user.

According to other embodiments of the present invention, in order to avoid the previous water remaining in the heater 36 or the pressure regulator 38 to generate bacteria or harmful substances, the sterilizer 37 can be expediently changed to the downstream of the pressure regulator 38, even if The residual water from the previous time is mixed with the current water to flow out together, and all the water flows are irradiated by the sterilizer 37 before being exported to the host machine 31, further ensuring that the spa supply water is in a sterile state.

It must be noted that in this embodiment, the large intestine hydrotherapy device is used with any type of disposable toilet 4, but the common disposable toilet seat has the function of heating and pressurization (such as Hecheng brand AF788 (H) disposable flushing toilet seat), so the aforementioned warmer 36 and pressure regulator 38 functions in the host 31 can be omitted, so in other implementation states, the host 31 can also be equipped with a separate filter unit 35, sterilizer 37, and with the free The treatment toilet seat is connected in series to form a state where the seat cushion of the treatment-free toilet seat and the large intestine hydrotherapy device are assembled together, and the purpose of providing ideal water can also be achieved.

Referring to FIG. 6, it is another embodiment of the foregoing embodiment, which is the same in structure as that shown in FIG. A top cover (not shown) that can lift off to close the adding port 342 . The adding port 342 communicates with the warmer 36 and can be used for adding medicines, saline, coffee, beneficial bacteria or other medical supplies.

The figure shows that the addition port 342 is for an addition cylinder 6 to be turned upside down, so that the additives in the addition cylinder 6 enter the heater 36 and mix with the water flow. By mixing the additives with the water flow, and going through the process of heating, ultraviolet irradiation and pressure regulation together with the water flow, the finally discharged water flow has specific medical effects or helps maintain the normal function of the intestinal tract, and is no longer limited to the hydrotherapy purpose of simple flushing .

Furthermore, if the additive itself is in a solution state, there is no need to rely on the filter unit 35 to provide clean water. At this time, the filter unit 35 turns into a closed state, and the heater 36, the sterilizer 37 and the pressure regulator 38 are used. The additive is adjusted to the optimum state, of course, if the additive itself has been pre-treated to be sterile, the sterilizer 37 can be closed.

This embodiment discloses a structure in which an addition port 342 is further formed on the shell 34. The addition port 342 communicates with the heater 36. Other medical agents can be poured in through the addition port 342, and the intestinal wall is washed together with the water flow. It is a solution itself, so you can choose to close the function of the water supply of the filter unit 35, and only use the heating and pressure regulating function of the host 31, which also has the effect of hydrotherapy.

According to an embodiment of the present utility model, it can still be used for women's vaginal health care, as shown in Figure 7, before use, the user sits on the seat cushion 43 on the toilet body 41, and bends the deformed section of the catheter 32 according to personal habits 323, and the catheter 32 is inserted into the vagina with the other end 322 first, and then the curved deformation section 323 is twisted according to the vaginal position that the user wants to wash. Because the deformation section 323 forms wrinkles, the total length of the catheter can be elongated, extended or shortened. It can be rotated 360 degrees, and it is flexible. It can be easily and painlessly inserted into the vagina. It is suitable for women after menstruation, postpartum, sexual behavior After that, health care actions can be performed periodically.

To sum up the above, the large intestine hydrotherapy device 3 of the present utility model pre-treats the hydrotherapy water, provides multi-channel filtration, heating, sterilization and pressure regulation, so that the water flow from the conduit 32 is cleaner and safer, and conforms to the physiological environment of the human body. cause irritation, the utility model can be used with additives to produce multiple hydrotherapy effects, and thus can indeed achieve the purpose of the utility model.

But the above is only a preferred embodiment of the present utility model, and should not limit the scope of the utility model implementation with this, that is, all simple equivalent changes made according to the utility model patent scope and creation explanation content Modifications still belong to the scope covered by the utility model patent.

Claims (10)

1. a large intestine hydrotherapy device is characterized in that, comprises:

One main frame is communicated in a water source and current are introduced in it, comprising: one filters the filter element of these current; The warmer of a pair of current heating, and the pressure regulator of a pair of this current pressurization;

One conduit, the one end communicates with this main frame, to derive the current of crossing via this host process from its other end; And

One electrically connects to control the guidance panel of the processing of these current in this main frame with this main frame.

2. large intestine hydrotherapy device as claimed in claim 1 is characterized in that, this filter element comprises the arbitrary or combination of at least one filter chamber, at least one activated carbon treatment chamber and at least one reverse osmosis chamber that polyphone communicates.

3. large intestine hydrotherapy device as claimed in claim 1, it is characterized in that this main frame has more the germ-resistant sterilizer of a pair of these current, this warmer is coated wherein shell and the correspondence interpolation mouth that is formed at this warmer top and communicates with this warmer inside.

4. large intestine hydrotherapy device as claimed in claim 1, it is characterized in that, this warmer is the downstream that is positioned at this filter element on the processing path of these current, and this pressure regulator to handle on the path at current be the downstream that is positioned at this warmer, and this sterilizer is provided in a side of the downstream of this pressure regulator.

5. large intestine hydrotherapy device as claimed in claim 1, it is characterized in that, this conduit has one relatively away from the deformation section of this other end and the non-deformation section of this other end of relative proximity, this deformation section forms wrinkle shape, the conduit total length can elongate to extend or shorten and change the ground setting, forms a plurality of outlets on this non-deformation section at interval.

6. a toilet seat is installed in a closestool body, it is characterized in that, comprises:

One is arranged at the medicated cushion and one and the hydrotherapeutic apparatus of the common assembling of this medicated cushion on this closestool body, and this medicated cushion and this large intestine hydrotherapy device mutual group are dressed up the part member of this toilet seat, and the part member of this toilet seat comprises:

One main frame is communicated in a water source and introducing from current at this water source, and comprising: one filters the filter element of these current; The warmer of one these current of heating; And the pressure regulator of a pair of this current pressurization:

One conduit, the one end communicates with this main frame, and derives these current of crossing via this host process from the other end; And

The guidance panel of this medicated cushion electrically connects with this main frame, to control the processing of these current in this main frame.

7. toilet seat as claimed in claim 6 is characterized in that, this filter element comprises the arbitrary or combination of at least one filter chamber, at least one activated carbon treatment chamber and at least one reverse osmosis chamber that polyphone communicates.

8. toilet seat as claimed in claim 6, it is characterized in that this main frame has more one and in order to these current are bestowed germ-resistant sterilizer, this warmer coated wherein shell and the correspondence interpolation mouth that is formed at this warmer top and communicates with this warmer inside.

9. toilet seat as claimed in claim 8, it is characterized in that, this sterilizer is provided in a side of the downstream of this pressure regulator, and this warmer is the downstream that is positioned at this filter element on the processing path of these current, and this pressure regulator is the downstream that is positioned at this warmer on current processing path.

10. toilet seat as claimed in claim 6, it is characterized in that, this conduit has one relatively away from the deformation section of this other end and the non-deformation section of this other end of relative proximity, this deformation section forms wrinkle shape, the conduit total length can elongate to extend or shorten and change the ground setting, forms a plurality of outlets on this non-deformation section at interval.

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