CN210355050U - Stoma electronic sausage - Google Patents

Abstract

The utility model discloses a stoma electronic sausage, which comprises a mouthpiece, an upper bag, a lower bag, a cabin body, a powder spraying elbow nozzle assembly and a liquid spraying elbow nozzle assembly. When in use, the excrement inlet of the upper bag is attached to the skin around the stoma of a patient, and when the excrement collection amount reaches two thirds, the upper bag is communicated with the lower bag; opening the powder spraying elbow nozzle assembly and the liquid spraying elbow nozzle assembly, opening an excrement outlet, enabling excrement collected in the upper bag to enter the lower bag, mixing the excrement with sprayed curing powder and disinfectant, spraying the liquid spraying elbow nozzle assembly into the upper bag for a period of time after a period of time, collecting backflow liquid by the lower bag, spraying the powder by the powder spraying elbow nozzle assembly for a period of time, taking out the lower bag after curing and disinfection, sealing and putting in a garbage bag, and consuming about 120 seconds. The utility model is pasted on the skin outside the stoma when in use, thereby reducing the pain of the affected limb, the infection probability and the like, and being convenient to use.

Description

Stoma electronic sausage

Technical Field

The utility model relates to the technical field of medical equipment, especially, relate to a stoma electron intestines.

Background

The rectal cancer is one of common malignant tumors in China, about 75 percent of the rectal cancer in China is low rectal cancer, and permanent colostomy is an effective method for treating the low rectal cancer. Although the colostomy can save the life of the patient, the quality of life of the patient is seriously affected due to the problems of physical and mental functions and social functions of the patient caused by the colostomy. After the ostomy operation, the majority of patients suffer from self-suffering and the pressure of life is suddenly increased. Therefore, improving the quality of life of permanent colostomy patients is a final goal of care.

Due to the fact that the content of bacteria in the colorectal cavity is high, the flora is complex, SSI (surgical wound infection) is easy to occur after colorectal surgery, and the incidence rate of postoperative lacuna and organ infection of colorectal cancer patients is 11-26%. The incidence rate of postoperative pneumonia is 1.5-15.3%, and 40% of acquired infections in hospitals are urinary tract infections. Among them, surgical site infection is the most common postoperative complication, and abdominal infection is the most serious postoperative complication of colorectal patients. Postoperative infection increases patient pain, prolongs postoperative recovery time, increases hospital days and medical costs, and can even lead to patient death.

However, patients often face both psychological and physiological stresses during the use of ostomy bags. In clinical care, the patient is mainly guided to know how to take care of the stoma and the related knowledge, but the patient is confident to take care of the stoma himself or herself and is not concerned with the future life. The level of stomal-related self-efficacy is generally low for patients with permanent colostomy, and more than seven patients have a blind area for the stomal, indicating that the patients' confidence in the care and later life of the stomal is to be improved.

In addition, the high recurrence rate of the colon cancer is also the reason of high mortality rate, and the research of national medical academic papers shows that after hundreds of colon cancer patients are subjected to an ostomy operation, the ratio of colorectal cancer patients who relapse and die from metastatic colorectal cancer after the operation is 5-35%. The postoperative recurrence and metastasis time is 2-44 months, and the median time is 22 months. 37.26% of recurrent metastases appeared within 24 months after surgery and about 43% appeared within 36 months. Condition monitoring of post-operative patients is a critical material for timely secondary treatment.

SUMMERY OF THE UTILITY MODEL

In view of the above, the present invention provides an ostomy electronic sausage, which is applied to the skin outside the stoma when in use, and automatically sterilized, thereby reducing the pain of the patient and the probability of infection of the stoma, and being convenient to use and carry.

In order to achieve the above purpose, the technical scheme of the utility model is that:

an ostomy electronic sausage comprising:

the upper bag is used for collecting excrement and is provided with an excrement inlet which is attached to the skin around the stoma of the patient;

a lower bag for recovering and treating excrement;

one end of the connector is communicated with the excrement outlet of the upper bag, and the other end of the connector is communicated with the excrement inlet of the lower bag;

the lower bag is placed in the middle of the cabin body, the two sides of the cabin body are respectively provided with a powder bin and a liquid bin, and the two sides of the cabin body are fixedly connected with the connector pipe through a connecting piece;

one end of the powder spraying elbow nozzle assembly is communicated with the powder bin, and the other end of the powder spraying elbow nozzle assembly is provided with a powder spraying port which is arranged in the interface tube;

and one end of the liquid spray elbow nozzle assembly is communicated with the liquid bin, and the other end of the liquid spray elbow nozzle assembly is provided with a liquid spray port which is arranged in the interface tube.

Preferably, the powder feeding device further comprises a stepping motor and a screw feeder arranged in the powder bin; one end of the screw feeder is in transmission connection with an output shaft of the stepping motor, and the other end of the screw feeder is fixed on the powder spraying elbow nozzle assembly through a tail spring.

Preferably, a powder adding port and an extension port of the spiral feeder are arranged at the top end of the powder bin, and a powder adding port cover is arranged at the powder adding port.

The liquid spraying device is characterized by further comprising a high-pressure water pump, wherein the high-pressure water pump is connected with the liquid spraying elbow nozzle assembly through an output pipe communicated with the liquid bin.

Preferably, the top end of the liquid bin is provided with a liquid filling opening and an output pipe extension opening, and the liquid filling opening is provided with a liquid filling opening cover.

Preferably, the upper bag is fixed on the interface tube by one of the two bag mouth hose clamps, and the lower bag is fixed on the interface tube by the other bag mouth hose clamp.

Preferably, the excrement collecting bag further comprises a sealing clip for sealing the excrement outlet of the upper bag.

Preferably, the connecting piece is a handle, one end of the handle is fixed on the cabin body, and the other end of the handle is fixed on the mouthpiece.

Preferably, the stoma electronic sausage further comprises a data raft arranged at the stoma of the patient, and the data raft is provided with a plurality of sensors for acquiring parameters and a storage circuit for storing the acquired parameters.

Preferably, the sensor is a temperature sensor, a pressure sensor and/or a color sensor.

After the technical scheme is adopted, the beneficial effects of the utility model are that:

because the stoma electronic sausage of the utility model comprises the upper bag and the lower bag which are detachably communicated through the mouthpiece, the excrement inlet of the upper bag is pasted on the skin around the stoma of the patient; the device also comprises a cabin body in an imitation intestine shape, a powder spraying elbow nozzle assembly and a liquid spraying elbow nozzle assembly. In the use process, when the solid and liquid of the stoma excrement collected in the upper bag reach two thirds of the capacity, the excrement outlet of the upper bag is sealed, and then the upper bag and the lower bag are connected together in a butt joint mode through the mouth piece and are communicated. And then opening the powder spraying elbow nozzle assembly to spray powder and the liquid spraying elbow nozzle assembly to spray liquid, simultaneously opening an excrement outlet, enabling excrement collected in the upper bag to enter the lower bag by virtue of gravity and to be mixed with the curing powder and the disinfectant in the lower bag, after a period of time, spraying the liquid spraying elbow nozzle assembly into the upper bag for a period of time, collecting reflux liquid by the lower bag, then spraying the powder spraying elbow nozzle assembly for a period of time, after curing and disinfection are completed, sealing the lower bag, finishing excrement treatment, disassembling the lower bag from the interface tube, taking out the lower bag from the cabin body, folding and sealing, putting in a garbage bag, finishing one-time treatment, and totally consuming about 120 seconds. It can be seen that, the utility model discloses a when making mouthful electron intestines use, only paste on making the skin in the mouth outside to reduced the probability of making the mouth feel and dying, and it is all convenient to use and carry, let the patient need not endure the foul smell of faecal and the different eye of people around, aim at letting the patient have more dignity under the existence.

The powder bin also comprises a stepping motor and a screw feeder arranged in the powder bin; one end of the screw feeder is in transmission connection with an output shaft of the stepping motor, and the other end of the screw feeder is fixed on the powder spraying elbow nozzle assembly through a tail spring; the spiral feeder can push the solidified powder to the powder spraying elbow nozzle assembly, so that the solidified powder can be reliably sprayed out.

Because the top end of the powder bin is provided with the powder adding port and the extension port of the spiral feeder, the powder adding port is provided with a powder adding port cover; effectively preventing the solidified powder from being polluted.

Because the top end of the liquid bin is provided with a liquid feeding opening and an output pipe extending opening, the liquid feeding opening is provided with a liquid feeding opening cover; effectively preventing the disinfection solution from being polluted.

The upper bag is fixed on the mouth-piece by one of the two bag mouth hose clamps, and the lower bag is fixed on the mouth-piece by the other bag mouth hose clamp; the operation is convenient.

The sealing clip is used for sealing the excrement outlet of the upper bag; the sealing clamp can conveniently clamp the upper bag, and further simplifies the operation.

Because the connecting piece is a handle, one end of the handle is fixed on the cabin body, and the other end of the handle is fixed on the interface tube; the handle is convenient to use, so that the upper bag and the lower bag are reliably connected together.

Due to the temperature sensor, the pressure sensor and/or the color sensor, various data of the temperature of gastrointestinal organs in the stoma, the weight of excrement and the color of the stoma excrement of the patient after operation are collected in real time and then stored, so that the stoma excrement is convenient to use in later treatment and the like.

To sum up, compared with the prior art, the stoma electronic sausage of the utility model does not enter the body when in use, and is only arranged on the skin around the stoma; and the utility model discloses a stoma electron intestines, in daily life, the patient only needs to use upper bag, when needs excrete, uses upper bag and next bag combination to can handle into nontoxic tasteless solid to the mixed excrement of solid-liquid in the short time, can handle like ordinary rubbish and do not worry medical contamination.

Drawings

FIG. 1 is a schematic structural view of the stoma electronic sausage of the present invention in use;

FIG. 2 is a cross-sectional view taken along line A-A of FIG. 1;

in the figure: 1-upper bag, 2-lower bag, 3-mouthpiece, 4-bag mouth throat hoop, 5-sealing clamp, 6-data raft, 7-adhesive tape, 8-handle, 9-stepping motor, 10-powder spraying elbow nozzle assembly, 11-liquid spraying elbow nozzle assembly, 12-high pressure water pump, 13-screw feeder, 14-cabin, 15-electronic cabin, 16-Bluetooth chip, 17-powder feeding cap, 18-liquid feeding cap, 19-powder cabin, 20-liquid cabin, 21-output pipe extension port, and 22-screw feeder extension port.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1 and 2, the stoma electronic sausage comprises an upper bag 1 and a disposable lower bag 2 which are detachably communicated through a mouthpiece 3, wherein the upper bag 1 is provided with an excrement inlet which is attached to the skin around a stoma of a patient, and a flexible skin-friendly gasket is arranged between the excrement inlet and the postoperative stoma, so that the friction to the stoma is reduced, and the bleeding infection probability is reduced; the multifunctional nursing cabinet further comprises a cabin body 14 in an imitation intestine shape, the middle of the cabin body 14 is used for placing the lower bag 2, and two sides of the cabin body are respectively provided with a solidified powder bin 19 and a disinfection liquid bin 20.

As shown in fig. 1 and 2, the present invention further includes a powder injection elbow nozzle assembly 10, which uses a 90 ° elbow nozzle assembly, and one end of the powder injection elbow nozzle assembly 10 is communicated with the powder bin 19, specifically at the extension 22 of the screw feeder in fig. 2; the other end of the powder spraying elbow nozzle assembly 10 is provided with a powder spraying port which is arranged in the mouthpiece 3. In order to ensure reliable powder spraying, the stoma electronic sausage also comprises a stepping motor 9 and a screw feeder 13 arranged in the powder bin 19; one end of the screw feeder 13 is in transmission connection with an output shaft of the stepping motor 9, and the other end is fixed on the powder spraying elbow nozzle assembly 10 through a tail spring. Furthermore, the top end of the powder bin 19 in this embodiment is provided with a powder adding port and a screw feeder extension port 22, and the powder adding port is provided with a powder adding port cover 17, so that the solidified powder is effectively prevented from being polluted, and the solidified powder can be supplemented in time.

The powder spraying process is that the stepping motor 9 drives the screw feeder 13 to rotate, the screw sheet pushes the powder in the powder bin 19 upwards to the top end of the electronic sausage, and finally the powder enters the 90-degree elbow nozzle assembly and is sprayed out by the 90-degree elbow nozzle assembly to solidify the excrement in the lower bag 2. Wherein the stepper motor 9 may be powered by a battery.

As shown in fig. 1 and 2, the present invention further includes a liquid ejection elbow ejection assembly 11, which uses a 90 ° elbow ejection assembly, one end of the liquid ejection elbow ejection assembly 11 is connected to the liquid chamber 20, specifically, at the outlet pipe extension 21 in fig. 2, and the other end of the liquid ejection elbow ejection assembly 11 is provided with a liquid ejection port, and the ejection port is arranged in the mouthpiece 3. For reliable liquid spraying, the stoma electronic sausage further comprises a high pressure water pump 12, and the high pressure water pump 12 is connected with the liquid spraying elbow nozzle assembly 11 through an output pipe communicated with the liquid bin 20. Under the action of the high-pressure water pump 12, the disinfectant and the deodorant in the liquid bin 20 enter the output pipe and finally enter the liquid spraying elbow nozzle assembly 11 to be sprayed out. In addition, the top end of the liquid bin 20 in the embodiment is provided with a liquid filling opening and an output pipe extension opening 21, and the liquid filling opening is provided with a liquid filling opening cover 18, so that the disinfectant is effectively prevented from being polluted, and the disinfectant can be supplemented in time.

As shown in fig. 1, the upper bag 1 and the lower bag 2 are both made of polyvinyl chloride and are connected by a mouthpiece 3 made of ABS plastic material with a diameter of 35mm, wherein the upper bag 1 is fixed with the mouthpiece 3 by a bag mouth throat 4, and wherein the lower bag 2 is fixed with the mouthpiece 3 by another bag mouth throat 4. The present embodiment further comprises a sealing clip 5 for sealing the excreta outlet of the upper bag 1, which can be rapidly performed in use, resulting in a short time for the whole excreta process.

As shown in fig. 1, the connecting member is a handle, one end of which is fixed to the cabin body and the other end is fixed to the mouthpiece 3. The handle is convenient for the operations of connecting, disassembling and the like of the upper bag 1, the lower bag 2 and the mouth-piece 3.

As shown in fig. 1 and 2, the utility model discloses an in the use of stoma electron intestines, when two of the stoma excrement solid-liquid that collect in superior bag 1 reach two-thirds capacity, clip the excrement export of superior bag 1 with sealing clip 5, utilize sack larynx hoop 4 to fix at the both ends of mouthpiece 3 respectively with superior bag 1 and inferior bag 2 again, let superior bag 1 and inferior bag 2 dock the intercommunication. Then, the powder spraying elbow nozzle assembly 10 and the liquid spraying elbow nozzle assembly 11 are opened, meanwhile, the sealing clamp 5 is loosened to open an excrement outlet, excrement collected in the upper bag 1 enters the lower bag 2 by means of gravity, the stepping motor 9 is started, the powder spraying elbow nozzle assembly 10 sprays powder into the lower bag 2, the high-pressure water pump 12 is started, and the liquid spraying elbow nozzle assembly 11 is opened to spray disinfectant and deodorant into the lower bag 2. After excrement, solidified powder and disinfectant are mixed in the lower bag 2 for 60 seconds, the liquid spraying elbow nozzle assembly 11 is turned to the upper bag to spray for 10 seconds, so that the vicinity of a stoma is disinfected, the disinfectant flows back to the liquid in the lower bag 2, then the powder spraying elbow nozzle assembly 10 sprays powder for 10 seconds again, after the backflow is solidified again, the lower bag 2 is sealed, the excrement is treated completely, the lower bag 2 is detached from the connector tube 3, the lower bag 2 is taken out from the intestinal-like cabin body 14, the lower bag 2 is folded and sealed, garbage bags are put in, and after one-time treatment is finished, the total time consumption design time is about 120 seconds.

As shown in fig. 1, an electronic cabin 15 is further disposed at the bottom of the cabin 14 in this embodiment, and a wireless communication circuit, preferably a bluetooth chip 16, is further disposed in the electronic cabin 15. The electronic cabin 15 can be provided with a control circuit electrically connected with the Bluetooth chip 16, and a power supply and a timing circuit electrically connected with the control circuit, wherein the control circuit can be respectively electrically connected with the stepping motor 9 and the high-pressure water pump 12, and the timing circuit is combined to control the working time of the stepping motor 9 and the high-pressure water pump 12, so that the use is more convenient. In this example, the bluetooth chip 16 transmits the parameters in the upper bag 1 to the mobile terminal through the APP, and the mobile terminal uploads the cloud.

As shown in fig. 1, the present embodiment further includes a data raft 6 disposed at the stoma of the patient, a plurality of sensors for acquiring parameters are disposed on the data raft 6, and a storage circuit for storing the acquired parameters. Wherein the sensor may be a temperature sensor, a pressure sensor and/or a color sensor. After the data raft 6 is placed on the stoma of the patient, the sensors thereon are able to intermittently pick up the temperature of the excreta, i.e. the temperature of the digestive organs, measure the color of the excreta (according to the regulations for routine medical detection of excreta), measure the weight of the excreta, the weight of the excreta changing every 5mi n, and store the above data in the memory circuit. And the bluetooth chip 16 of establishing in electronic compartment 15 can acquire the data in the memory circuit, can wireless transmission data also can wired transmission to upload the server to above parameter through cell-phone APP, and upload the high in the clouds to the APP that above parameter passes through mobile terminal. In conclusion, the invention can accurately track and record the postoperative physical signs and the metabolite parameter change of the rectal cancer patient, reduce the risk influence, realize the postoperative disease risk monitoring of the patient and effectively improve the life quality.

In addition, the 90-degree elbow nozzle assembly comprises a spray head and a spray pipe.

The above-described preferred embodiments of the present invention are not intended to limit the present invention, and any modifications, equivalent improvements of the structure of the stoma electronic sausage, etc. made within the spirit and principles of the present invention should be included within the scope of the present invention.

Claims (8)

1. An ostomy electronic sausage, comprising:

the upper bag is used for collecting excrement and is provided with an excrement inlet which is attached to the skin around the stoma of the patient;

a lower bag for recovering and treating excrement;

one end of the connector is communicated with the excrement outlet of the upper bag, and the other end of the connector is communicated with the excrement inlet of the lower bag;

the lower bag is placed in the middle of the cabin body, the two sides of the cabin body are respectively provided with a powder bin and a liquid bin, and the two sides of the cabin body are fixedly connected with the connector pipe through a connecting piece;

one end of the powder spraying elbow nozzle assembly is communicated with the powder bin, and the other end of the powder spraying elbow nozzle assembly is provided with a powder spraying port which is arranged in the interface tube;

the powder spraying device comprises a stepping motor and a spiral feeder arranged in the powder bin, wherein one end of the spiral feeder is in transmission connection with an output shaft of the stepping motor, and the other end of the spiral feeder is fixed on the powder spraying elbow nozzle assembly through a tail spring;

one end of the liquid spray elbow nozzle assembly is communicated with the liquid bin, and the other end of the liquid spray elbow nozzle assembly is provided with a liquid spray port which is arranged in the interface tube;

and the high-pressure water pump is connected with the liquid spraying elbow nozzle assembly through an output pipe communicated with the liquid bin.

2. The ostomy electronic sausage of claim 1, wherein the top end of the powder bin is provided with a powder adding port and the screw feeder extension port, and the powder adding port is provided with a powder adding port cover.

3. The ostomy electronic sausage of claim 1 further comprising a high pressure water pump connected to the hydrojet elbow jet assembly through an output tube in communication with the fluid reservoir.

4. The ostomy electronic sausage of claim 1 further comprising two pocket-mouth hoops, wherein one of the pocket-mouth hoops secures the superior pocket to the mouthpiece and the other of the pocket-mouth hoops secures the inferior pocket to the mouthpiece.

5. The ostomy electronic sausage of claim 1 further comprising a closure clip for sealing the waste outlet of the superordinate bag.

6. The ostomy electronic sausage of claim 1 wherein the connector is a handle, one end of the handle being secured to the body and the other end being secured to the mouthpiece.

7. The ostomy electronics sausage of claim 1 further comprising a data raft positioned at the stoma of the patient, the data raft having a plurality of sensors positioned thereon for acquiring the parameters, and a memory circuit for storing the acquired parameters.

8. The ostomy electronic sausage according to claim 7, wherein the sensor is a temperature sensor, a pressure sensor and/or a color sensor.

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