TW200824675A - Novel quantitative and qualitative analysis apparatus for measuring the body fluid - Google Patents

Abstract

Disclosed is a quantitative and qualitative analysis apparatus of a body fluid useful as a replacement of a Foley catheter and a urine bag connected thereto, the Foley catheter being used for measurement of volume of a body fluid (urine) and constituents in a body fluid (urine and blood) to thereby evaluate circulator condition or renal function of a patient while replenishing circulatory blood volume reduced by all kinds of accidents or surgeries through the intravenous transfusion supply, in which the analysis apparatus of the invention is capable of automatically measuring the volume of a body fluid (urine volume) and specific constituents in a body fluid (urine and blood) in a real time mode and is capable of outputting the measurement results with ease, thereby promoting the efficiency of human resource management so that medical staff may be able to make quick diagnosis on the current state of the patient based on the provided data and thus, take all necessary measured to improve the patient's condition at proper time. A body fluid collector for collecting for collecting the body fluid (urine) discharged from a patient without urination troubles includes a catheter connected to a body and an adaptor combined with the body, in which the body is constituted by a body fluid container for storing the body fluid; a cleansing water container for storing cleansing water used in the body fluid collector; a driving unit for moving the body fluid (urine) from the body fluid collector into the container and for moving the cleansing water in the cleansing water container into the body fluid collector; a control unit for controlling the operation of the driving unit; a measuring unit for measuring quantitation and constituents of the body fluid (urine) drained in the body fluid collector; and an output unit for outputting a measurement value obtained by the measuring unit. Here, the measuring unit and the output unit being housed in a body of the apparatus, and a load cell capable of measuring mass of urine accumulated in the urine connected to the catheter is insertedly mounted on the upper or lower portion of the urine collector, if a patient has urination troubles and thus requires the catheter.

Description

200824675 IX. Description of the invention: [Technical field of the invention] The present invention relates to a quantitative and qualitative analysis device for a body fluid, and is more capable of measuring the volume of body fluid excretion of a patient (especially the exhibition and the analysis of body fluids) A novel analytical device (for example, urine and liquid) includes urea, sodium ions, acid value, glucose, urea nitrogen (10) N), creatine and protein. [Prior Art] -=including all forms of liquid phase contained in the body of an animal or human, 隹μ body fluid generally means whole blood, lymph, urine, saliva, -he like liquid 'The invention is particularly Refers to the blood and urine of a human body, such as a patient. The measurement of the patient's urine volume is an important factor for assessing the amount of circulating blood. Direct convulsions due to, for example, ash, burns, and all forms of accidents or surgical conditions, as well as due to, for example, a disease (blood infection) and cardiac paralysis (myocardial infarction, arrhythmia, etc.) = circulation The indirect reduction of blood volume causes the human body to become a state of circulatory failure. b conditions ^ 蛉, regardless of self-discipline (sympathetic and parasympathetic) nervous system H under the control of the mind, small arteries will produce contraction, and affect the amount of blood to be supplied to every organ in the body. In all g, the kidneys suffer from the most severe arterial contraction, because the kidneys are used to filter the blood flowing through them to form urine, thus reducing the amount of circulating blood. Under the influence of 200824675, the renal artery's harvesting stage 'suppresses the generation of blood volume flow' causes the circulating blood volume to last for more than several hours. The renal cells are severely in the autonomic nervous system. It is used to enter the kidneys in the early stages of blood consumption and to prevent urine from being held. However, 'if this is the case (6 hours or longer), according to the disease, damage to the acute tubular necrosis (ATN), the kidney disease associated with the occurrence of acute renal exhaustion will produce or cause permanent kidney Depletion.

In the field or clinical experience, if the patient has a large amount of blood loss due to illness in the body or during accident/surgery, the patient is provided with fluid (Linger's solution: physiological saline) to prevent the above. The side effects mentioned and the further steps normalize the circulating blood volume. (D), the results then lead to relaxation of the small arteries supplied to the kidneys, and to avoid tubular cell necrosis. One of the most important criteria for determining whether the appropriate circulating blood volume has recovered after the physiological saline has been replenished and the appropriate amount of blood has been supplied to the kidney is to measure the amount of urine. In fact, after the patient loses the circulating blood volume, the amount of urine is the primary item for the medical staff to check whether the circulating blood volume is replenished via the fluid (Linger's solution). Monitoring, together with the inflow of body output, allows us to assess whether the function of the kidney is normal and the appropriate amount of blood is being recycled. Certain specific components contained in blood and urine are used as important criteria for assessing kidney function. The information in the table below is used in actual clinical experience to check the patient's condition. 200824675 [Table 1] ___ GFR (glomerular filtration rate): judge the standard clearance rate (Cc〇 (GFR normal range: 1 50 liters / day rabbit) ml / minute)

Ccr (ml / min) = urine Crx volume / laboratory Cr urine CH · ¢: g / com, volume: ml / min, blood 襞 cr: mg / com

As can be seen from Table 1, the amount of urine, the value of Cr clearance in urine or in creatine (Cr), and the value of GFR (glomerular filtration rate) in response to renal function tests, That is, the performance of cleaning or filtering is. [Table 2] Formula Pre-kidney acute ten f renal failure (η value), ΐϊί Acute Cr ratio = urine Cr / plasma Cr > 40 plasma urea nitrogen / Cr ratio > 20 Nitrogen ratio = urine BUN / plasma BUN &gt ;s ^ Urine volume osmotic concentration >500 specific gravity> 15018 Sodium ion concentration in urine - *Filtered Na+ excretion fraction = urine (NaVCr) / 1 <1 plasma (Na+/Cr) ^ 1 * Renal failure index = Urine (Na+) /GFR <1 = Urine Na+/ (Urine CiV Plasma Ci〇> 1 - 9 200824675 From Table 2, you can see the ingredients in jk liquid and urine, That is, Cr BUN *Na, volume osmotic concentration, specific gravity and other components are known, and human P can judge the cause of acute renal failure. In Table 2, prerenal renal failure indicates that the cause already exists. It means the deficiency of blood volume = caused by disease. 'Intrarenal acute renal failure, indicating that the kidney itself has a problem, meaning that the kidney cells are damaged by different reasons. Yue & In the above criteria, it is marked The filtered Na+ discharge fraction and the monthly agricultural output index are the most accurate criteria, so the devaluation It is used as the most valuable criterion for field application. Cattle and a, if the filtered Na discharge fraction obtained by substituting Na + and & concentrations into the equation is greater than i, indicating that kidney failure is On the other hand, if the result is less than 1, the patient's renal function is normal, but the circulating blood volume is insufficient. In a similar way, the calculation result of the renal failure index can also be used. Daily urine volume and measurements in the blood and specific components in the urine = no patient suffering from all forms of accidents, surgery, burns and other conditions 'or patients suffering from all forms There is a lot of information about the direct and acute blood loss caused by diseases in the body. In addition to the evaluation of acute kidney disease, the above measurement results can be used to detect early disease and pre-kidney disease, that is, to accurately monitor the progress of the disease. A typical application example is chronic kidney disease like heart palsy. θ On the other hand, the most severe patients and patients with ABR (complete bed rest) P-cells are treated to cover a variety of internal diseases. For this group of patients, 200824675 treatment, currently using F〇ley's catheter.

The Foley catheter enters the patient's bladder via the urethra and is retained within the bladder via an inflation procedure. The urine stored in the bladder is collected via a F〇ley catheter by the action of internal pressure, and the amount of urine collected is measured by the scale on the urine bag.

Basically, the above procedure requires the insertion of the F〇ley catheter from the urethral inlet down into the bladder, during which the patient experiences considerable pain. Furthermore, the above results in the production of secondary infections such as urinary tract infections, and the production of a large number of drug resistant strains in hospitals. If a urinary tract infection caused by a F〇ley catheter causes a blood-borne infection, it will endanger the patient's life. The same literature has reported that if urinary system infections turn into blood-borne infections, the mortality rate reaches approximately 3 (refer to Cecil's Internal Medicine). In the hospital, after the completion of the F〇iey catheter insertion operation required to measure the amount of urine in the immediate mode, if the signs of infection (eg, chills, fever, etc.) have been actually observed, the first action is to move In addition to the two catheters, appropriate antibiotics are applied and subsequent processing is performed depending on the condition. Unfortunately, if the patient has the following conditions, the patient may permanently lose the function of the kidney or even die. The conventional technique of measuring the amount of urine by reading the scale marks on the urine bag connected to the Foley's catheter has three main problems: First, its accuracy is not good. The urine bag has different shapes depending on how it is fixed to the bedside and in the state in which it is located, and the above-mentioned different band shape is the urine collected in the urine bag (4) The true height is given differently ^ 11 200824675 degree. This form of scale reading has a considerable range of observational errors. Secondly, it is neither convenient nor efficient in its use. Although it varies according to the patient's condition, if the doctor instructs to measure the patient's urine, the nurse or patient's protector or caregiver must personally check the κ's urine every hour. If the emergency patient is receiving treatment, all the medical staff in the hospital will pay more attention to the emergency patient, and other patients other than the emergency patient will naturally not be concerned by the doctor. Brother II, which will cause secondary infection through the Foley catheter. This item is the most serious problem, and related literature has reported that approximately 3 (10) patients who have undergone Foley's catheter operation will experience urinary tract infection within 1 week after surgery (see Sabist〇n Surgical Medicine). This urinary system infection is increased by 3% to 5% per day. If you ignore this condition for more than a week, almost every patient will get a urinary tract infection (see Cecil's Internal Medicine). In an attempt to solve the problems described above, the inventors have proposed different urine collection devices for more convenient collection of urine discharged from patients with or without urinary organ problems similar to dysuria. . A urine collecting device for automatically extracting a Korean patent application No. 2, 476, 602, No. 2000-58206, No. 2001-86938, and No. 2002-44362, filed by the same inventor. Sensing urine, using a bidet to absorb and purify urine, even for unconscious patients. Although the above invention has improved the reading accuracy of the existing urine bag by measuring the amount of urine measured by the scale mark on the urine container 12 200824675, it is still necessary to personally read the scale of the measurement. Finally, the above invention shows that it is impossible to provide an improvement in the conventional manner of inconvenience, and that the composition of how to treat urine has not been considered. Further, in the application example of the previously disclosed invention, the urine collecting device has a configuration as shown in Fig. 9, in which a urine container 26 for holding a urine cartridge is attached to the rear end portion of the device. And a urine _ 27 is extended in the longitudinal direction, and as shown in the figure, the curved transport is led to the opposite direction of gravity. Thus, if the device is used for an extended period of time, urinary stones are easily formed in the passage, and if the device cannot be maintained in a hygienic condition, odor is likely to occur. In addition, since the urine container and the scrubbing water container are installed in the same room, the scrubbing water container is quite likely to be contaminated regardless of the strictness of the hygienic standard. On the same day, existing analytical work on components in body fluids is usually assisted by using _ instruments in clinical laboratories. For this analysis, specific chemicals are first added to the body fluid, and a spectrum is used to analyze the components in the body fluid. It usually takes more than 24 hours to notify the relevant health care provider of the results of the analysis. The reason for delays and time-consuming is that laboratory technicians cannot always process individual urine samples of a specific individual, but must perform the following actions to test the urine of all patients placed in the hospital: Label, analyze sample lots, and match the results of the analysis to the names of individual patients. SUMMARY OF THE INVENTION 13 200824675 Therefore, the object of the present invention is to provide a quantitative and qualitative analysis, a new urination for measuring body fluids ... out: detection of urination time and every urinary juice out of the mother-day The average amount of urine per urinary volume / 4 times per urine condition (eg a, * Γ ^ required urinary tract segment to u歹) such as urinary tract, frequent urination, immediate analysis (at 1 point浐 ρ 便 不 4 ) ) ) 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 在 在 在 在 在 在 在 在 在 在 在 在 在

The Na+ discharge fraction and renal failure mediate a controller that counts over 4 months and is used to diagnose the condition of the patient and assist the doctor to maintain the condition of the person/person. In this way, the present invention can prevent the production of a secondary S, for example, a secondary 2 of the urinary system, and the second infection of the drug is from (4) + to each patient who has no urinary disease. In vivo, the L〇1ey catheter is selectively inserted into the patient according to whether the patient has urinary disease, and the patient who does not have urinary disease does not have urinary infection at first. In addition, the device of the present invention is designed to be capable of automatically measuring and outputting urine and stars so that the device can be advantageously applied to patients suffering from urinary dysfunction, and by substantially improving the efficiency of the conventional urine volume measurement method. 'Managing the human resources of medical staff more efficiently. The traditional method of measuring is to require medical staff or caregivers to personally check and record the amount of urine collected in the urine bag every hour. Another object of the present invention is to provide a new quantitative and qualitative analysis device for measuring body fluids, which is characterized by the prior urine collection device and the bidet developed by the 200824675 singer. Is to improve the health structure l so that the equipment can be rented out to many patients, and will not cause pollution σ 卜 patient defeated * enough to operate the device and itself can be measured within 1 knives from the urine collection The resulting body fluid sample. This volume also improves the accuracy of the reading of traditional urine bags and the use rate. In the application examples where the patient does not have dysuria, body fluids (urine, blood and other similar liquids) The components can be measured or analyzed in an immediate mode without the need to insert the device directly into the patient. The information is then immediately provided to the health care provider, thus helping the medical staff to take appropriate measures to improve the patient's condition. Additionally, unlike conventional f Foie: & catheters, the devices of the present invention are useful in helping to substantially reduce side effects such as urinary tract infections and provide a more hygienic and efficient medical care facility. - In addition, if the patient has a dysuria application, the urine bag connected to the plug-in Foley's catheter as shown in Fig. 19 is a thief that can be attached to the device of the present invention, 0 ^ clothing The main body of the device, or the main body of the device of the present invention, has a built-in load cell that is connected to the lower side of a urine collecting unit (the sorrower + 仞I) Figure 17 b), or the lower side ring of the top box connected to the main body, which is used to measure the quality of the urine. According to the invention, there is provided a body fluid collecting device having a bidet system. The body fluid collecting device comprises a body fluid collector for collecting body fluid (urine) discharged from a patient; for storing body fluids a body fluid container; a clean water container for storing clean water 15200824675 for use in a body fluid collector; one for moving body fluid (urine) from the body fluid collector into the container, and for use in the clean water a cleaning unit for moving the cleaning water in the container into the body fluid collector; a control unit for controlling the operation of the driving unit; and a measuring unit for measuring the quantification and composition of the body fluid (urine) discharged into the body fluid collector; And an output unit for outputting the measured value obtained by the measuring unit, the measuring unit and the output unit being housed in the body of the device. To measure the volume of body fluids (the urine has two parts of the measuring unit), the other part is used to measure the components in body fluids (blood, urine = and other similar liquids). There are two technical solutions for the quantitative analysis of body fluids (urine). A technical solution of the complex is a fluid sensing device (Han Le, inventor: Patent Registration No. 32_6 Magic and - Optical Manipulating Device (Korean Patent Application No. 2005_97584)) It is used to understand the function of the present invention, and the technical solution is to use the Doppler effect. In addition, at the same time, a technical solution for measuring or analyzing body fluids (blood, urine) is The biosensor (incorporated by the application No. 2005-516645) is incorporated into the present invention. The technical solution is the best component of the present invention. This type of control unit of the present invention is particularly relevant to the input. And suppressing the measured values provided, and through the specific input measurement, the control unit will rotate the result from the measurement single stomach ^ ^. The capital equation obtained in J (the other is the filtered Na + discharge separation) Hope, into the known number 4 and renal failure index equation) 16 200824675, used to diagnose the patient's clinical condition based on the calculation results. Jianyin's wheel-out unit is through the machine (For example, monitors, built-in printers, additional printers, coffee machines, radio frequency devices 1, 2 and other similar equipment), output the data values that have been adjusted by the clothing unit. And the controlled single output is early enough for the prime medical site and provides telemedicine services to the four (4) patients.

In addition, long-term home leasing or leasing can be used to benefit patients from the device of the present invention. With regard to the improved sanitary structure, the inventors have modified the unreasonable structure of the urine collecting device developed prior to the present invention to improve the measures used to remain in the conduit and to isolate contaminants. - Disposable so that the device can be applied in a hygienic and convenient manner. With reference to certain preferred embodiments, other objects and advantages of the present invention will be indicated by (d), skilled (four) items (four) will be (d), without departing from the spirit and scope of the present invention, Forms and details are changed. The above and other objects, features and other advantages of the present invention will become more apparent from the <RTIgt; [Embodiment] The preferred embodiment of the present invention will be described in detail with reference to the drawings. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a body fluid quantitative and qualitative analysis device in accordance with a preferred embodiment of the present invention. A adapter (refer to FIG. 5) on the top end of the integrated liquid collector (not shown in the drawings, Korean Patent No. 44362 of the McCauben patent inventor) is inserted into an analysis formed in the present invention. The connector socket 15 in the body 100 of the device enables the analysis device 1 to measure the volume and composition of the body fluid that is supplied through the body fluid collector. It consists of mi and bottom phoenix. Figure 2a specifically illustrates that the top and bottom boxes are made detachable in the vertical direction, and Figure 2b illustrates that the bottom case is made to slide back and forth into the top box. 2, the top box 10 and the bottom box 20 are designed to be separated/attached to each other in the vertical direction, and the separation/attachment action is performed by using the - button 3G. A resilient mounting spring on the injured side of the central portion of the outer surface of the transverse wall. The top box and the bottom box of the analyzer of the present invention are containers which can be relatively easily contaminated with each other and can be isolated from the others separately, and can be handled in a hygienic manner to ensure the safety of use (refer to Fig. 2) a and Figure 2 b). As another embodiment of the present invention, the classification shown in Fig. 16 is used for a patient suffering from, for example, 3 secret urinary problems. This type I body can be placed by the woman at the bedside. For the configuration of the body 100, the shell 10 is detached from or attached to the bottom box 20 via the _ a female head 110 and the bottom * 2 〇: into, the inner load element 190 Referring to Fig. 17 a), the bottom box 20 can be a, the stalker also enters and slides out of the top box 10 (refer to Figure 10 t D ^, or the bottom box 20 can, VL Yi 乂 #; 10 (In Figure 17c, the body is slid into and out of the top box in the rear direction of the top box (refer to Figure 16 to Figure 18 200824675 IX) with the body in the standard form shown in Figures 1 to 3. There is no structural feature. That is, the load cell 190 is combined with the joint 110 placed on the lower end of the top box 1 , to measure the quality of the body fluid (urine), so that even suffering from urination problems The disease a can also be measured for urine volume and urine composition. Unlike the buried installation method of the load cell 19 shown in Fig. 18, the load cell can be mounted to the bottom end portion (in the figure) The lower end of the seventeenth &quot;). Back to Figure 1, the first handle 11 is formed on the upper end of the top 10 of the standard form body 100, and a The display and control unit 12 is mounted in front of the handle 11. In front of the display and control unit 12 is a connector socket 15 that allows the rotation (4) 40 (in Figure 5) of the body fluid collector to be inserted therein. The components of the standard form body are similarly applied to another embodiment of the analysis device of the present invention as shown in FIG. 10 for use on a patient suffering from a problem of urinating. A round out unit is mounted on the display. And the lower side portion of the control unit 12 (refer to FIG. ―), or is mounted on the rear side portion i of the display and control unit 12 (refer to FIG. 18). The wheel-out unit is built-in with a small size. A printer 19 (in Figure 3) is suitable for outputting the measurement results. The cover 14 on the top end of the top box 10 covers the cleaning water container. The bottom case 20 is formed by being inserted therein. The container 25, a container handle 21 and a liner 22 are formed together. 200824675 The bottom 20 and the container 25 are disassembled or assembled via a screw 23 located on the lower side. '兀件付号32A indicates formation Adapter The body fluid (urine) passage in the upper body. The symbol 33A indicates the clean water passage formed in the upper body of the adapter. The symbol 32B indicates the body fluid (urine) formed in the lower body of the adapter. Passage. Component symbol 33B identifies the clean water path formed in the body of the lower side of the adapter.

Here, the body fluid (urine) collector (not currently described) includes three types of components: a urine injection nozzle for facilitating inhalation of body fluids, a catheter extending to the body, and a turn placed at the tip of the catheter. A joint is attached to the body (for a further detailed description of the above components, reference is made to Korean Patent No. 44362 to the inventors). The collector's catheter is also composed of three components: a catheter for inhaling body fluids (urine or blood), a discharge conduit for spraying or spraying clean water, and a means for achieving a trap between the collectors. A power line for electrical signal communication between the sensor and the body control unit. Figure 5 shows the adapter head that can be applied to the preferred configuration of the present invention. The adapter in this figure is disposed at the tip end of the connecting conduit of the body fluid (urine) collector, thereby being coupled to the body 100. This adapter will be described here. The adapter 40 (in Figure 5) is used to secure the body fluid (urine) collector to the body and has the following two important functions. First, the adapter 40 has a built-in sensor 49 for measuring body fluid capacity, particularly urine volume. Next, the adapter 4 has a built-in filter 54 for removing 20 200824675 from the body fluid &quot; impurities or foreign objects flowing into the body 1〇〇. The lower body of the adapter is made of a transparent material. From a two point of view, this result is very beneficial. For example, the adapter needs to be of a transparent construction' such that the adapter can be combined with an optical sensor to measure the amount of urine in the manner previously described, and can be easily identified by us. Foreign matter accumulated in the transition vessel inside the adapter. A connecting guide 32A and 33A included in the upper body 4 of the adapter 4 is used as a passage for the conduit 33 of the body fluid collector. Between the two conduits, the conduit having a larger inner diameter is a body fluid (urine) flow passage 32A, and the other conduit is a cleaning water flow passage 33a for the bidet. As explained in the previous section, the adapter 4 is composed of the upper body 41 ί the lower body 42 , and the upper body 4 丨 and the lower body are fixed to each other by a resilient fixing member 48 . The suspension member portion 43 shows that the elastic fixing member 48 is formed on the lower body 42 and the suspension member portion 43 is formed on the body 41 opposite to the fixing member 48. In this way, the upper body body 1 1 and the lower body body 42 are joined to each other to constitute a configuration that is easy to assemble (easy to disassemble). The reason why the adapter must be made to be easily disassembled and replaced is because the filter is 54 worn by the woman to the lower side of the adapter shown in Fig. 7. The filter is used to prevent, for example, pubic hair or different body tissues from entering the drive unit of the body, and further avoiding possible erroneous actions within the drive unit. Therefore, in order to be able to clean impurities adsorbed inside the filter as often as possible, the user must be able to easily separate the adapter, wash the filter, and assemble the adapter without difficulty. In addition, the filter does not have to be placed in the adapter 4〇 absolutely. The mouth should be over; the state can be placed at any position in front of the drive unit and the change in its mounting position does not affect the performance of the filter. The preferred acceptable mounting method for the filter is to mount it in the connector socket of the body or to be placed close to the injection nozzle used to collect bodily fluids flowing from the container. As described above, in addition to the body fluid (urine) flow path 3 2 A and the inflow passage cleaning water μa, the adapter upper body 41 further includes an electrode of the sensor signal transmitting unit. 49 (in Figure 6 and Figure 7). The electrode can be described as the tip of the body fluid collector of the signal transmission channel. The sensor mounted on the collector transmits the signal to the control unit, notifying that the driving unit must flow into the body fluid (urine). Start operation when inside the device. Once the adapter 4 is inserted into the connector socket 15 of the body, the electrode 49 of the signal transmission unit formed on the upper body of the adapter (in FIG. 6 and FIG. 7) is in contact with and snapped to the electrode (in the figure). Fourth, the electrode 49B formed in the joint socket 15 is opposed to the electrode 49. That is, the above-mentioned electrode connection condition is used as a transmission path for the electrical signal to be transmitted from the sensor mounted on the collection to the control unit of the body. Referring to FIG. 5 to FIG. 6 , when the adapter 4 is inserted into the joint socket of the body of 22 200824675 as shown in FIG. 4 , the lateral surface is disposed on the two sides of the upper body of the adapter 40 . The upper elastic support member 55 is biased and inserted into the insertion unit 5 5 B to be supported and fixed. This result results in easy separation of the adapter 40' from the body 100. It is easy to attach the adapter 4 to the body 100. At the same time, since the body fluid collector is shaped like urea, blood, lymph, urine, saliva and sweat. ) was collected and changed 'The body fluid collector is not provided in the drawings. In addition, as previously explained, the urine collector disclosed in the patent application previously filed by the inventors is equally applicable. Conversely, the adapter is not only of the same or similar construction as the type of body fluid being used, but the adapter can also be used as a measurement unit in combination with the body. Thus, although the adapter is a component of the collector, it is described in the material t +, one of the important components of the body. Figure 3 is a rear perspective view of the body (10) of the analysis device according to the present invention. The sputum cleaning water container 16 of the Bay Star 10 is a one-piece shape, and the plaque is formed on one side of the top box 10 and a discharge unit 35 is missing from the side of the 闰^, ^ ^, The joint socket 15 shown in FIG. 1 is twisted and formed on the other side of the top box 10. And by the whole connector socket 15 and the withdrawal -

Ab, the formation of the early 兀乂 哕 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱 邱Female-middle) is installed between the connector socket 15 and a few hundred percent. That is, the transfer, "discharge early"; the internal passage 23 through which the vertical direction passes is 200824675 32A, 32B combined with the docking station 15 and connected to the drive unit. Then the 'two passages are made to be discharged Unit h to bring body fluids (urine to container 25. Each of the above passages is designed to be as short as possible in the vertical direction (refer to the blue arrow in Figure 10). This configuration indicates an unfavorable configuration from the body fluid flow path. A considerable improvement is obtained, which is disclosed in the patents previously filed by the inventors (see Figure 9). According to Figure 9, body fluids (urine)

The liquid) flow duct is longer and the (iv) is formed in the opposite direction of gravity (reference; color arrow A). Therefore, body fluids (urine) are relatively easy to protect, causing problems such as contaminants causing rot and odors, and their hygiene management is more difficult. In order to solve this deficiency, as shown in Fig. 10, the catheter for body fluid (urine) is shorter and formed along the direction of gravity (refer to the blue arrow B). In this way, the body (urine) cannot be accumulated in the catheter, and anyone can hold the tube and keep the guide f in a hygienic condition. The disposable package 47 shown in Fig. 11 can be used in place of the urine container 25 as a description of the present invention. The disposable device can be mounted in such a manner that the filter, the holder 37 and the The disposable e-clamp cups can be rotationally inserted into each other's interior. As long as the two clamps (4) are easily joined to each other, the configuration thereof is not subject to any limitation. The diagram shows a detailed view of the interior of the liner in combination with the urine container of the analytical device in accordance with the present invention. In Fig. 8, the pad 22 is bonded to the container 2$ on the lower side portion with the pad as shown in Figs. 2a and 2b, and is prevented from being accumulated in the container by 24 200824675. The body fluid (urine) leaks to the outside world. As previously described, the interior of the pad 22 in the vertical direction, the top of the impotence, includes the connector socket 15, the early M1, and the body fluid (urine) path along the inside of the adapter. 32a, 32B, discharge suppressor 3 5, and one is fixed along the discharge 卞υ located at the bottom end

Donut shape filter 36. When bodily fluids (urine) are sucked into and discharged into the container, the odor containing the air stored in the container is sent out to the outside (refer to the yellow arrow in Fig. 8). I usually experience the resentment of this odor. Thus, the apparatus of the present invention removes odor by first passing the odor through the air purifying filter 36 (refer to the blue arrow in Fig. 8) before the odor is discharged to the I boundary. $ The filter can be replaced and cleaned after a predetermined period of time has elapsed. Although any kind of air purifying material can be used for the filter 'but the material containing the activated carbon powder or the zeolite component is suitable for use and is used for the best air purifying effect. The symbol 19 in Fig. 3 indicates that the printer is mounted on the lower end of the display unit as shown in Fig. 1. The symbol 18 in Fig. 3 indicates a battery as a source of charging power, and each of the batteries is provided at two sides of the side of the rear side of the printer. The power supply line is not shown here. Although the present invention generally utilizes a home power supply (110 to 220 volts), it also has a built-in rechargeable battery i 8 (in Figure 3). Therefore, the device can be used even in areas where there is no power supply. This 4-inch color is not apparent from the results of an automated urine collection device having a bidet system that was previously uncovered by the inventors. The previously proposed device is limited by the use of an external battery for moving, moving, or using. On the other hand, the device of the present invention can be used more conveniently under the condition of exercise. Although the main cut is not shown in the drawings, the electric heating coil is wound around the :: water supply line 33 (in Fig. 3). This result can increase the temperature of the water supplied from the bidet system. The cleaning of the water container is carried out via a full time, or even a standby mode, and the above results also show an improvement from the bidet system disclosed in the previously proposed apparatus. Not only does it consume some power, but it also requires additional safety devices. The apparatus of the present invention has an optical sensor (in Fig. 3 and in Fig. 4) mounted on the lower end of the discharge unit 35. If the body fluid (urine) stored in the container reaches a specific water level of the discharge unit 35, the optical sensor 31 is designed to detect a high water level, and issue a warning % deaf to raise the S user. The container is empty. The sensing for detecting the high water level of the container is 3 1 (in Fig. 2 and in Fig. 4) based on the fluid sensing disclosed in Korean New Patent Registration No. 32 686, previously designed by the inventors. Developed based on the technical basis of the device. Although the above is the best configuration / but the package sensor, a barometric sensor, or a simple configuration using a buoy can also be used. The high water level sensor in the container can be similarly applied to the cleaning water tank as a clean water level sensor (in this case, the cleaning water level sensor is a low water level sensor). In this application example, 26 200824675 fluid sensing device is the most suitable technical mechanism. ^, a more suitable method of acceptance is to use a magnetic sensor with a built-in buoy as a water level sensor. Briefly, the analytical rupture of the present invention has been confirmed to have major improvement items in the structure of the body as follows: ▲ The filter inside the PF's adapter is made of a transparent material, allowing the user It is easy to distinguish from the outside when it is necessary to replace the device. Since the adapter can be easily disassembled and assembled, the replacement and cleaning of the filter can be easily accomplished. Its - human, valley state is isolated and obstructed towards a position away from the underside of other components. This will prevent other components from being contaminated. Third, the catheter or the body fluid (urine) flow path formed in the device is designed to be as short as possible in the vertical direction. In this way, the body fluid: is completely discharged from the catheter without any residue. In addition, the latter can

Valley cleans and maintains the catheter. The four-disposable E is used in a detachable manner to give the user the best convenience. = five, air purification filter n sen to effectively eliminate the odor. Sixth, the rechargeable battery built into the device allows the user to easily obtain the necessary power during the movement or use of the mobile device. Same as 4=The power consumption of the clean water for the bidet is reduced, and the sensor can accurately and effectively detect the high water level or low water level. By improving the device's weiwei mw 冓k, the optimal use management convenience and maintenance of the device are obtained; the clothing is taken, the hygiene requirements of the mouth are more, and more in the hospital. Also, ", - use the clothing to use, and do not have to worry about whether to pay for the hygienic condition. Here, the test of the present invention | 罝 W ... ... ... ... early 70, control early and round out unit will be smashed Add a note.

First, the drive unit of the present invention has the same function as the Korean patent display drive unit granted to the inventors by self-cleaning work via a bidet. It is a body fluid inhalation function and function. These basic functions are the body fluids (urine) disclosed in Registration No. 4943 56. For the function of inhalation, the sensor attached to the body fluid (urine) collector measures the fluid and transmits the signal to the control unit. Next, control the crying to drive the suction motor (4) (in Figure 3) to instantly inhale and store the container 25

For the cleaning function of the bidet, after the body fluid (urine) has been completely absorbed or if the user intends to use the bidet, the cleaning water is sprayed out for automatic cleaning under the control of the side control unit. In order to perform this function, the clean water passage 33, which is used as the internal passage of the adapter 4 shown in Fig. 5, together with the clean water supply line 33 (in Fig. 3), constitutes an inner duct which constitutes the inner duct. It is connected to the clean water container 16 (in Figure 3) and to a non-oxidized metal material (such as stainless steel, titanium and other similar metals). In addition, a discharge motor M2 for bathing purposes is provided between the clean water passages wa and 3 3 , 28 200824675 The two clean water passages are respectively formed in the adapter and the clean water should be in the pipeline 3 3 (In Figure 3). Different types of measuring units are explained here. &lt;Quantitative Measurement Sensor&gt; The function of the quantitative measurement sensor is by combining the optical sensor disposed in the head socket 15 β of the body with the adapter included in the body fluid (urine) collector 40 #Transparent structure was achieved. The fine structure of each component will be described below. The operation principle of each component is based on the eight fluid sensing device disclosed in the Korean New Patent Registration No. 32 686, and the flow rate of the optical sensor disclosed in the Korean Patent Application No. Measuring device. The lower body 42 of the adapter 40 is also composed of a separate body fluid (urine = and - clean water passage 33 ,, and is made of a transparent material - a sputum structure is formed in the body of the transparent lower body (urine illusion) The path 32Β is on the side or on both sides (refer to Figure 5 and Figure 6.) The transparent prism structure is combined with the connector placed on the body. (Refer to Figure 10 to be described) 2 to FIG. 14 and , in detail, when the adapter 4 is inserted into the connector socket, the core g 44 is combined with the optical sensor η installed in the connector socket, each A sensor tube 44 is in the right 疋, with a transparent 稜鏡 configuration along with = the body fluid (urine) pathway top on the lower body 42 of the adapter (in Figures 5 and 6). The optical sensor 31 that has been inserted into the delta connector socket 15 and combined with the sensor tube 29 200824675 44 is for measuring the volume of body fluid flowing in the body fluid (urine) passage (for example, urine) Quantity). In this 'quantitative measurement sensor is separately made in the body fluid (urine) collection The end of the adapter 40, and is fabricated in the connector socket 15 of the body. The operation of the quantitative measuring sensor is performed until the other nodes are connected to each other. Figure 12 is made according to this optical principle. A number of configurations combined with 稜鏡 and optical sensors can be fabricated and averaged by measurements provided by different sensors, and even more accurate measurements can be obtained. Thus the measuring mechanism of the present invention is It consists of a quantitative measuring sensor. Although it has been explained that the quantitative measuring sensor is placed in the drive unit: 刖, preferably at the joint socket 15 β, but the quantitative measurement sensing - can also be Mounted on the discharge unit 35, the body fluid collector or the urine container 0, and FIG. 12 is a broken view showing a preferred embodiment of the sensor for detecting body fluid (urine) in the analysis device according to the present invention. - The light-emitting member 104 is mounted on the body fluid (urine) passage 32B t under the adapter 4, on the 峪32B, that is, in the joint socket i5 The detector tube 44 is in contact with + + The outer surface (in Figure 5, and the square of the life of the light-emitting component 1〇4 faces one of the 稜鏡12〇 to direct the light radiation toward the sniper - U π 1 W4 toward the 稜鏡120 The internal light illuminates the depth of the light to the contact surface 118 of the 稜鏡. Similarly, a light receiving portion + 丄 丄 丄 6 is also mounted on the body of the lower side of the adapter 40 (urine) Liquid), that is, another 30 200824675 in the joint socket 15 is not sensed (in Figure 5), and the other side of the outer surface mirror (4) of the light receiving part: 2, In order to receive the light from the 稜鏡^: face toward the rib. The internal reflection of Figure 13 shows that in the case of the fluid sensing the inner liquid, the body 鲈, the Japanese clothing accumulated body fluid (urine) In the body sensing the light path in the device, the body sensing device comprises a sensor tube 44: -, - the body fluid (urine) path of the lower body of the contact adapter = the mirror 120 is closed As shown, the light transmitted from the light-emitting part iG4 is incident perpendicular to the θ of the 稜鏡120 + 夂 mirror 120 Next, at the prism 1 2 0 Μ linear square in A, prepared ^ good orientation proceeds. Light rays traveling in a straight line direction within the crucible 120 are incident on the contact surface 118 at an incident angle (1), and the light rays are all reflected off the contact surface 118. Then, the totally reflected light is advanced in a straight line direction until entering the light receiving member 106. Figure 14 shows the light path in the &quot;L body sensing device in the presence of body fluid (urine)_ in the fluid sensing device, wherein the fluid sensing device includes a sensor tube 44 ( In Fig. 5), the body fluid (urine) passage 32B of the lower body of the adapter which is in contact with the crucible 120. If there is a flow volume, the light will not be totally reflected. Light is the body fluid (urine) path that is refracted and enters into the sensor tube 44 (in Figure 5) containing fluid. At this time, the incident angle (i) from the crucible 120 to the fluid must be less than the b boundary for the light to be refracted and incident without being totally reflected. 31 200824675 Returning to Figure 5, if the first sensor tube 44 contains fluid, the critical angle 0 = (N fluid / N 稜鏡) (where N fluid is the refractive index of the fluid; and N 稜鏡 is the refractive index of the prism rate). Thus, in order to avoid the light being totally reflected and capable of being incident in the fluid (urine), the angle of incidence must be less than the critical angle (the critical angle between the fluid and the prism). Here, the incident angle varies depending on the constituent material of 稜鏡丨2〇. • Although it has been explained that a quantitative measurement sensor consisting of an optical sensor is used, depending on the number of sensor tubes 44, the quantitative measurement sensor can also be used by several optical sensors. Composition (in Figure 5). In this application example, the measurements obtained by many sensors are averaged to improve the accuracy of the measurements. The quantitative measuring sensor composed of the optical sensor comprises an ultrasonic generating unit for generating an ultrasonic signal, and an ultrasonic receiving unit, wherein the ultrasonic wave outputted from the ultrasonic generating unit is used for detecting To the fluid inside the _ catheter. Alternatively, the volume of body fluid (urine) can be measured by the operation using the Doppler effect. Using an optical sensor to measure; S flow capacity yields several advantages because the optical sensor is mounted on the outside of the transparent 稜鏡-form sensor tube 44 'The measurement sensor is not subject to body fluids (urine) The contamination of the body fluid (urine, blood) in the conduit of the fluid channel 3 2 A, 32B enables the measurement sensor to be used permanently, to obtain measurement results immediately, and to keep the sensor in compliance with hygiene requirements. Compared to other forms of fluid measurement sensors, the above features are more 32 200824675 plus clear. For example, in the application example in which the amount of fluid is measured by the rotational speed of the impeller in the conduit, the main problem is the "I". The first problem is that the measured error value is large. That is, when the fluid (body fluid, especially urine) enters; the movement of the liquid and the bubble generated by the rotation of the impeller will inevitably cause the error value of the measurement I to inevitably become larger. The second problem is that the method does not meet health requirements and often has electrical problems.

For example, fluids of body fluids (especially urine, blood, etc.) contain a large amount of salts and different kinds of organic substances, and foreign substances are easily accumulated and affect the rotation of the impeller. In addition, the accumulation of excessive foreign impurities will cause odor and cause pollution. &amp; In addition to the above methods, there is another method of measuring using a thermal sensor. However, the cost of the measurement method using the thermal sensor is too high, and the heat is directly exposed to the body fluid due to the thermal sensation. Sensors are prone to corruption and failure. &lt;Qualitative Measurement Sensor for Analysis of Components in Body Fluid&gt; For convenience purposes The body fluid in the following description is urine as a measurement of the amount of body fluid. However, it is worth noting that the components in the body fluid are not limited to urine 'but include different types of bodies; specific ingredients contained in the night (especially urine and blood). a specific component of r muscle ~, muscle, ring fluid, urine, saliva, sweat, and other similar fluids, and the body fluid component measuring sensor can contact the body 16 (especially blood and r fluid), Regardless of its fixed position, it can be (4) the same (four) ^ ^ (four) in terms of 'the invention proposes that body fluid must be applied to the biosensor, disposable sensory stolen' and the biosensor is inserted into the figure Shown 33 200824675 Display and control unit 12 for analyzing the composition of body fluids gt &gt; I , η. However, σ is required to mount the biosensor on a portion in contact with the body fluid, ^

There is a structure for electrical signal communication with the control unit, and specific measurement, data storage in the memory, data output, and the like can be performed. Therefore, as with the quantitative sensing $, the biosensing is installed on the injection in the front part of the body &amp; (urine) collector, and is mounted on the rear end portion of the body fluid (urine) collector = On the adapter, on the front part of the drive unit mounted on the main body (for example, the connector plug 15 in which the adapter of the 疋 collector is inserted) i or the rear part of the drive unit, the discharge unit 35, or the container on. The body fluid composition measuring sensor consists of a biological sensor bs containing an enzyme. The biosensor disclosed in the Korean Patent Application No. 2 5-1 645, which was previously proposed by the inventors, is used. The biosensor has a self-assembled monolayer for film fixation. A single layer of fixed film is prepared with 3_mercaptopropionic acid. In the application example of the biosensor mentioned above, since the sensing sensitivity of the porous tantalum is about three times higher than that of the planar electrode, the porous tantalum is used as a substrate so that specific components in the body fluid can be used. It is measured more effectively. Within the scope of the present invention, for example, other types of sensing suitable for making immunosensors, a DNA sensor, a cell sensor, a laboratory wafer, and other similar sensors The device can also be used to replace the enzyme sensor. 34 200824675 The control unit is described here below. The display and control unit of the present invention is provided in addition to the control of the control unit disclosed in the Korean Patent Registration No. 65 to the inventor of the inventor. 12 agriculture has - additional features 'is the measurement unit and condition control. &lt;You are like: Second, under the control of the control unit, the memory unit stores the measured value of the body fluid volume from ::: to the data of the specific component in the score and the use of the exhausted two, -. The industrial system can diagnose and evaluate the patient's condition. For example, when the concentration in the urine, the sound in the blood (four), ... the urine in the urine. Acid &lt; / Chen and blood show The calculation result obtained in the equation is as shown in Table 2. ^ (heart) is greater than 1, the control unit Linglingshan people have problems with the kidney. In addition, the seventy-two} column is early. The unit is cold-cut φ + inch open, ,,. If the fruit is smaller than the ordinary %, the patient's circulatory system has the same problem. Gong, * yue ^. χτ + Λ type sorrow index = * kidney failure index ~ ρ (Na +) /GFR two homes, production coincidence ~ urine liquid solution NaV (urine ClV plasma Cr) bucket ~ can also be used for diagnosis.) The difference is the result, the round unit is explained. The wheel of the present invention φ w Query out the early element is used as a use. The measured value rim obtained by the mouth is used to put the heart of the Zhuo Yuan... Your machine And comprising - means for measurement of the mountains and the early 70 - printer 12 pulls out 35200824675 (a in the FIG.) Unit comprising - Built

埠, - Wired / Wireless Output, - LCD, - USB can be placed outside the device. Among these components, the 'printer USB port' is an external output unit that also includes &quot;_ 70 pieces to transfer and store data. sheet. Through these configurations, the radio frequency device or the blue crystal of the y,, and line communication, we can use the instant sensation: the use of the analysis device to obtain the full ward (or patient room) obtained by individual patients. In this way, it is pointed out that the more efficient Jianbei&quot; is transmitted to the main computer of the caregiver. Hand health management. In addition, because the personal computer connector is connected via the Internet as shown in Figure 1-5, the body fluid that is delivered directly from the home computer of the home/the doctor can be connected to the patient. The feasibility of establishing a telemedicine foundation. In addition, the present invention has a urine volume. The ^ = front surface or the way measured according to the principle of the quantity measurement is mounted on the surface of the device. This load cell is particularly advantageous for use in patients suffering from urinary bleeding. While the preferred embodiment of the present invention has been disclosed for purposes of illustration, the invention may be modified in various ways, without departing from the scope of the invention as disclosed in the appended claims. With rank generation.曰 <Industrial Application> This task can use a sensor to detect body fluids (urine) in the body fluid (urine) collector, and the body fluid is urgently processed from the medical or surgical hand 36 200824675 After that, the patient who lacks the circulating blood text discharges, automatically inhales the body fluid, accurately measures the urination time and the urinary tract urine 1; records the measurement results in the memory; the recorded data is as provided in Table 2* Filtering Na+ to discharge the eight-scheduled outer tube·...雈人... and the renal failure index value equation are based on the calculation results and make a rapid θ break on the spot, so that the business compliance personnel can immediately improve the patient's condition.卩 ^ Take all the necessary measures to change In addition, there is no dysuria type... catheter. Therefore, from the existing; the human heart does not: the need to use the inserted urinary tract infection phenomenon can be caused by the general side effects, _ ^ x towel field reduction. A large part of the anti-seismic strains that are added in the hospital are caused by the urinary system secondary sensation caused by the sputum _, g, suffering from the following diseases or the urinary tract infections, and further into A Shibuya is alive. The function of causing funeral infections in the above conditions. The device of the present invention has a very heavy weight when the patient needs to perform a renal function test, and the night sample has been transported to the Chentai bed test. Usually, it is necessary to spend the time and buy the r P for 24 hours. Can get F w曰##. In contrast, the garment of the present invention is provided with any ridges and arbitrarily, and the patient can personally measure the body fluid (urine 66 忐 8 shape) in the body I and the body fluid in about 1 minute. ,Knife. Therefore, the medical staff can immediately take the ®^^ to improve the patient. 卩&amp; Take all the necessary measures to the current angiography is often in all kinds of cerebral vascular stenosis, ,, grabbing the stalk, &amp; For example, stalk-based myocardial infarction 4) is performed during the treatment, and it is generally used in the treatment procedure. However, the report indicates that the side-effect of the developer is a serious kidney scar, the current It is not until 24 hours before the medical staff can find the result of kidney scarring. In the field, different drugs with nephrotoxicity have been used to treat diseases. Although these drugs can quickly damage kidney cells and cause acute months Dirty, but until now, these drugs have not become a tool to help health care workers quickly detect the condition of patients. Many medical practitioners are based on their own clinical experience, and even if the kidneys are scarred because of delays When the treatment (after 24 hours) occurs, the medical practitioner is also unable to handle it. Especially once the kidney is thin When the scar is produced, the kidney cells will undergo cell division again. Therefore, considering the fact that the kidney function of the trace is unrecoverable, the importance and superiority of the present invention become remarkable. In addition to the assessment of acute kidney disease, it is also possible to diagnose and predict chronic kidney disease at an early stage. (4) Measure (4) If the specific index such as glucose, protein, blood urea, blood creatine, urea acid test value, etc. Treating chronic renal failure, and further making predictions of chronic renal failure. The present invention can help improve the health care of diabetic kidney patients. In addition, in addition to the above-mentioned main clinical improvement, the human resources related to medical personnel Resource management efficiency. Past = invention ^ Every hour to personally check and record the symptoms accumulated in the urine bag. However, the present invention can automatically maintain the following different record urine time, each urine volume, all urine per day 2 1 mile, mother once 38 200824675 T average urine volume and urine status. So 'when medical staff need the above funds The present invention can be used to diagnose, measure and evaluate different forms of urinary related diseases, including urinary loss: the glandular hypertrophy, frequency Urine, enuresis, diabetes insipidus and other similar diseases. Similarly, 'Zhao is connected with the PC of each patient's personal computer. The patient with chronic vaginal disease is at home. It is able to transmit the measurement results of the components in the body fluid and the amount of urine to the responsible care physician. The feasibility of the telemedicine is increased, and more patients can be provided to the hospital at the same time and efficiently in their homes. The medical care can be applied to the home, and the patient is also optimally facilitated. Unlike the standard form of construction, the present invention proposes a box-shaped separable body structure 'where a conventional catheter is used The urine bag is either - especially for insertable mounting on patients with dysuria: load cells. This configuration allows the measurement of quality based on the amount of urine and urine in the immediate mode, regardless of whether or not the patient has difficulty urinating, and is provided with quantitative and qualitative analysis results for his body fluid. The invention is actually a very useful invention in the health and medical services industry by virtue of its advantageous features and functions. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a body fluid quantitative analysis apparatus according to a preferred embodiment of the present invention; FIG. 2 is an exploded perspective view showing a certain analysis apparatus according to another embodiment of the present invention, wherein Figure 2a shows the top box and the bottom box that will be used for 39 200824675 = separated! The top of the box is unloaded. The second set: the wide box will be able to slide back and forth, the top and bottom of the bottom. 3D exploded perspective view of the cartridge; FIG. 3 is a perspective view showing the analysis package according to the present invention; detailed rear view of the benefit is shown in a partial perspective view showing the analysis according to the present invention; a three-dimensional view of the adapter for the body fluid collection of the analysis device according to the present invention; 〃...4 connection Figure 6 shows that the one is in accordance with the hair of the hair, and the 妓 妓 从 从 - A three-dimensional view of the body fluid collection port and the special connector for disassembly; Figure 7 is a filter inserted into the body view; the vertical figure 8 in the five non-transfer joints is shown and analyzed according to the present invention. A detailed view of the inside of the pad combined with the urine crying; the phase diagram of the order is shown to show the urine formed in the urine collection garment disclosed in the previous e ^ ^ M ^ w ^ patent application Cross-sectional view of the liquid flow path; Figure 10 is a cross-sectional view showing the flow path of body fluid (urine) formed inside the analysis device in accordance with the present invention; :: not shown for installation to be analyzed in accordance with the present invention The grain on the device can be replaced; ^力本壮Γ- / The ruler lacks the stereoscopic view of the throwing device assembly; Figure 12 shows the body fluid for analysis in the device according to the invention ( Cross-sectional view of a preferred embodiment of a sensor for urine'; in the case where there is no body fluid (urine) in it, 40 200824675 is used to detect body fluids in the analysis device according to the present invention Light path in the sensor of (urine); Figure 14 shows the sense of body fluid (urine) in the analysis device in accordance with the present invention in the presence of body fluid (urine) Light path in the detector; Figure 15 is schematic A perspective view showing an example of a data transfer application interposed between an analysis device and a computer of the present invention; and FIG. 16 is a view showing a patient suitable for suffering from urinary problems (or dysuria) in accordance with another embodiment of the present invention. A perspective view of an analysis device with built-in load cells; Figure 17 is a perspective view showing that different types of analysis device components are suitable for use in patients suffering from urination problems; Figure 18 is an analysis that is not shown in accordance with the present invention. In the body of the device, a detailed block diagram of another embodiment of the top box structure; and FIG. 19 schematically shows another application example of the analyzing device according to the present invention, wherein the user reads the mark on one and F〇ley's Marking scale on the urine bag connected to the catheter. [Main component symbol description] 10 Top box 11 Handle 12 Display and control unit / Print 14 Cover 15 Connector socket 16 Cleaning water container 41 200824675 18 Battery 19 Built-in printer 20 Bottom box 21 container handle 22 pad 23 screw 25 urine container 26 urine container

27 Urine channel 30 button 31 Optical sensor 32A Body fluid (urine) pathway / connection conduit 32B Body fluid (urine) pathway 33 Catheter / clean water supply line 33A Clean water passage / connection conduit 33B Clean water passage 35 Discharge unit 36 Air Purification Filter 37 Filter Clamp 40 Adapter 41 Upper Body 42 Lower Body 43 Suspension Stage 44 Sensor Tube 42 200824675 46 Disposable Mounting Clamp 47 Disposable Mount 48 Elastic Mounting 49 Built-in sensor / electrode 49B electrode 54 built-in filter 55 elastic support 55B insertion unit

100 Body/analyzer 104 Light-emitting part 106 Light-receiving part 110 Connector 118 Contact surface 120 Prism 190 Load cell 200 Urine bag 300 Catheter A Arrow B Arrow

Ml drive unit / suction motor M2 discharge motor 43

Claims (1)

200824675 X. Patent application scope · · Quantitative and qualitative analysis device for seed 'night', including: The body consisting of the following parts ·· Used to collect the body fluids from the body fluids Water use = use the bidet cleaning function to move the body fluid collector into: =:! Inside one: in the body fluid (urine) from the inside of the device, main, cut &gt; Urine, benefit, inside And a driving unit for privately entering the clean water volume η7 into the body fluid collector, a (four) shape (four) control unit for controlling the (four) unit; and a quantity order: flowing into the body fluid collector with the amount of 丨The measurement of the body fluid and the component of the body fluid, == the output of the measurement unit obtained by the measurement unit is "... and the output unit is the body that is accommodated in the device. For the equation, Ccr (true and ..., control unit is raised, hair / knife clock) = urine Crx volume / plasma &, and the calculated results obtained by Equation 4 are used as the basis for assessing the patient's disease status. 1〇Two entry diseases&quot;3, etc.: Shen Hao: A device with a range of $1, The calculation result of the middle control unit being evaluated as the basis of the disease condition is used as the evaluation disease. 4. For example, if the patent application scope is provided, the renal failure index = urine ^=' where the control unit is extracted with liquid ν(10)... blood / glomerular efflux rate = urine and calculated by the 忒 equation 44 200824675 疋 is used as a basis for assessing the patient's disease status. ▲ 5. For example, please refer to the patent scope 帛i device, A connecting passage of the driving unit and the container is formed in a vertical direction. The apparatus of claim 5, wherein the upper side of the body includes the measuring unit, the output unit, the driving unit, and The control unit 7L' and the lower side portion of the body comprises a urine container. 7. In the case of (4) the device of the range 帛i, wherein the upper side P of the body is in the valley state, and the lower part of the body includes The measuring unit, the output unit, the driving unit and the control unit. 8. The device of claim 1, wherein the quantitative measuring sensor is installed in the measuring unit. May The device of the 粑 粑 帛 i item, wherein the qualitative measurement sense is installed in the measurement unit. 广 · As for the application of the patent scope 项! item, where a certain amount of measurement sensing and sturdy measurement sensing The two devices are installed in the measuring unit. &gt; 11. The device of claim 8 or claim 1, wherein the quantitative measuring sensor in the single measuring unit is an optical sense 12. The device of claim 8 or claim 1, wherein the qualitative measuring sensor in the early setting is an ultrasonic generating element applying a Doppler effect. The apparatus of claim i, wherein the measurement accuracy is improved by mounting a plurality of optical sensors and averaging the measured values of the optical sensors. 14. The device of claim 9, wherein the measuring device in the measuring unit for measuring the composition of the urine 45 200824675 is a biosensor made of 3-myelopropionic acid. It contains a self-assembled monolayer fixed film. 15. The device of claim 8, wherein the sensor in the measurement unit is located in front of the drive unit inside the body. 16. The device of claim 8, wherein the sensor in the measuring unit _ is a rear of the driving unit disposed inside the body. 17. The apparatus of claim 8, wherein the measuring sensor in the measuring unit is positioned in front of and behind the driving unit inside the body. 18. The device of claim 9, wherein the qualitative measurement sensor within the measurement unit is disposed within the body fluid collector. 19. The device of claim 9, wherein the qualitative measurement sensor within the measurement unit is disposed in front of the drive unit inside the body. 20. The device of claim 3, wherein the filter is built into the front end of the drive unit in such a manner that the filter can be easily disassembled and replaced. 21. The apparatus of claim 1, wherein a filter for removing foreign matter is formed in a transfer shaft connected to the body fluid collector and the upper body and the lower portion of the adapter The side body is made in such a way that it can be easily disassembled (assembled). 46 200824675 wherein the adapter is 22. The lower body of the device is transparent as described in claim 21. (Urine) 匣, used 23. If you apply for patent scope! The device of the present invention, wherein the body fluid container comprises a disposable detachable I to form a space for holding the liquid. The display unit of the output unit package value output 24. The apparatus of claim 1, wherein the apparatus comprises a unit for obtaining the unit obtained by the measuring unit; and a USB port. 25. The apparatus of claim 24, wherein the output unit comprises a built-in printer. The device of claim 24, wherein the output unit further comprises a radio frequency device for wireless communication. 27. The device of claim 5, wherein the body fluid (urine) container is combined with an air purification filter made of a material having an air purifying function. 28. If the scope of the patent application is &quot;, the device contains a separate battery. 29. The apparatus of claim i, wherein the heater coil is wrapped around the clean water supply line to which the cleaning water container is connected. 30. The device of claim ii, wherein a urine level detection sensor is attached to a lower side of the drive unit for detecting a high water level of the body fluid container. 31·If the device of patent scope 帛i is used, one of them is used for cleaning water temperature of 47 200824675 water container or body fluid container: Sll salt test crying η ^ position detection α 疋 疋 疋 a fluid detection optical sensor . 32. The apparatus of claim i, wherein the water level detecting sensor for the cleaning water container or the body fluid container is an electrode sensor. 3 3. If the patent application scope is 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 34. The apparatus of claim 1, wherein the water level detecting sensor for the cleaning water container or the body fluid container is a magnetic sensor. The apparatus of claim 1, wherein the upper side case and the lower side case of the body are designed to measure body fluid (urine) by a joint 110 having an insert-mounted load cell 190 the amount. 36. If you apply for a patent scope! The device of item 35, wherein the load cell 190 is insertably insertable into the lower end end of the upper side casing of the body or is inserted into the lower end of the lower casing side of the body. 3 7. The device of claim 1 or claim 35, wherein the upper side case and the lower side case of the body are made to be separable in a vertical direction or one of the cases can be before and after Or slide in and out of the other box. 38. The apparatus of claim 1, wherein a simplified screening cover is provided to the interior of the cover of the cleaning water container to prevent the cleaning water from overflowing to the outside. XI. Schema: as the next page 48