TW201228638A - Device for measuring oral cavity pressure, pressure measuring probe - Google Patents

Abstract

A device for measuring oral cavity pressure provided with a pressure measuring probe (1) in which a balloon (4) is held by a balloon base material (5), and a connecting member having an inner cavity for transmitting the pneumatic pressure in the interior of the balloon to a pressure detector (8) via the balloon base material. The connecting member is provided with: a probe attachment member (3) which is connected to the balloon base material in a detachable manner at the tip and which is disposed with a gripping section (3b) on the rear thereof; and a linking tube (6) for connecting the rear end of the probe attachment member with the pressure detector. The balloon is provided with a pressure receiving section (4a) and a tubular section (4b) and is joined to the tip of the balloon base material at the tubular section. The probe attachment member is provided with an angle indicating section (3b) with which it is possible to know a given rotating angle direction around an axis, and the angle formed by the lengthwise direction of the flat balloon and the rotating angle direction indicated by means of the angle indicating section is within a given range when the balloon base material and the probe attachment member are connected. It is possible to stably ensure a reliable and accurate measurement by using a pressure measurement probe that uses a flat balloon.

Description

201228638 VI. Description of the Invention: [Technical Field] The present invention relates to the use of pressure measurement tongue pressure, sublingual pressure, lip pressure, and cheek for measuring the pressure of oral contact pressure such as pressure. Oral related pressure measurement set probe. [Prior Art] The purpose of functioning the lower muscles, lips, cheeks, etc. of the oral related pressure measuring device is to maintain and restore the food intake of T%-aged people for the purpose of analyzing the feeding and swallowing functions. Block and delivery, the determination of the tongue pressure and its analysis have a broken 'other than the pressure of the lower ribs is also very important. The measurements were made to diagnose the use of the tongue and tongue. These diagnoses are part of the treatment of swallowing function. In order to feed, swallow, and move the tongue into the throat, tongue pressure is a must. Because of its significance. For the purpose of performing an appropriate oral pressure measurement such as lip pressure and buccal pressure, Fig. 10 shows an example of a conventional oral contact pressure measuring device, and shows a configuration disclosed in the patent reading device. In this configuration example, a multi-purpose probe using a balloon as a pressing portion is used. The measurement result of the oral connection pressure can be obtained by inserting a balloon into the oral cavity and checking the air pressure with the conversion portion communicating with the balloon and converting it into an electrical signal. The oral connection pressure device shown in Fig. 1 is functionally connected to the body tube 22 of the main unit 21 by the pressure measuring probe 20. The main body tube 22 is provided with an appropriate thickness and flexibility for transmitting air pressure, and is connected to the pressure detecting portion 24 through the transmission valve 23. The pressure detecting unit 24 includes a pressure conversion for converting the air pressure 201228638 into an electric signal, and the output is supplied to a display unit 25 composed of, for example, a digital panel. A pressurizing portion 26 is connected to the through-valve 23 between the body member 22 and the pressure detecting portion 24. The pressure measuring probe 20 includes a balloon 27 made of rubber, and the balloon 27 has a structure in which a pinch ring 28 is attached to a probe tube 29 made of a hard plastic. By the wish ring 28, the balloon 27 is fixed to the probe tube 29 or #★ 言 疋 疋 is airtight. A hard ring 3 is interposed between the mounting portion of the probe tube 29 of the balloon 27 and the inflation portion. A male fitting portion 31 is provided in the probe tube 29, and the probe tube is connected to the main body tube 22 by fitting it to the female fitting portion 32 provided in the main body tube 22. The male-fitting portion 3! and the female fitting portion 32 are formed as a Luer cone, and are fitted in a detachable manner. Therefore, the pressure measuring probe 2 is detachable from the main body device. Thus, as long as the part of the pressure-only probe 2 () is packaged and sterilized, the part is used after the measurement of each tongue pressure, etc., and the mouth part can be used as a cleaner. Hard ring mounted on balloon 27: 〇 has 2 functions. The first function prevents the root of the balloon 27 from being pressed by the incisor pressure or the like to avoid adverse effects on the oral measurement. The second function is to obtain a stable measurement by positioning the hard ring 3〇 against the tooth when the balloon 27 is placed in the oral cavity. . As soon as the oral contact pressure is measured, the valve 23 is first opened and pressurized by the pressurizing portion 至 into the balloon 27 to become a predetermined pressure. Next, the balloon υ 3 is pressed and pressed with the tongue, and the maximum tongue pressure or the swallowing tongue pressure is measured. The pressure in the balloon 2 is adjusted to, for example, 丨〇~3. When measuring the oral contact pressure, as shown in Fig. ,, the hard ring is positioned at the lip or tooth 33 and the balloon 27 is contained in the inlet. In the shape of the bear

Under S 4 201228638, the maximum tongue pressure can be measured by pressing the balloon 27 with the tongue 34 at the maximum pressure. Further, as long as the balloon 27 is contained in a state in which the liquid is contained in the inlet, the pressure change during the swallowing operation is continuously monitored, and the swallowing tongue pressure can be measured. As described above, the function of the patient's tongue can be analyzed by measuring the pressure at which various actions are performed. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2001-275994 [Problem to be Solved by the Invention] However, the pressure measuring probe 2 disclosed in Patent Document i has room for improvement as follows to ensure measurement accuracy. The pressure measuring probe 2 (not shown in the patent document) is a pressure measuring probe as shown in Fig. 12: the imaginary structure 2 is substantially the same as the element member of the structure shown in Fig. The same reference numerals are given, and the description is made as follows. The pressure measuring probe 2Ga is displayed as a pressure measuring probe 2Ga, and each element member is displayed when the pressure measuring probe 2a is manufactured. Figure 12 shows the structure of J疋nus pin 20a. That is, in the pressure 勹 30, the compression ring 28, the P #, the j 疋 probe 20a is the zero of the hard globe 27, and the female fitting 32 is used to maintain the gas space = T27 is as shown in Fig. 13. It is shown that the pressure 427a is formed to form the lock 1 and communicates with the receiver 2 to form the balloon tubular portion 27b and the probe f29. The V... ballpoint is found by the inventors and found to be affected by the house. The cross-sectional shape 201228638, that is, the outer circumference of the cross-section orthogonal to the axial direction of the balloon tubular portion 27b is elliptical or oblong, and has a long axis direction and a short " universal opening. Because of the shape of the pressure-receiving portion 27a of the balloon 27, the effect of the linearity of the relationship between the weight and the detected pressure is increased, ° Λ (1 ^ ^ ^ 4 L ^ and 'cross section = circle... The eye is easier to settle in the oral cavity, and the personal difference is not easy to occur. In order to stabilize the measurement, the high-precision measurement is carried out. For example, when inserting into the oral cavity, the balloon is not shaped like a balloon. It is preferable to download the condition that the surface of the tongue is close to the parallel. It is better to download it on the tongue. In other words, it is related to the pressure of the circumference and the knees* + know that in order to measure the mouth knife and the balloon 27 is broken, if the direction is the way Push; Bl 6 pressure / shell force on the short-axis method to determine the measurement, you can get a good measurement of fine. However, as shown in Figure 12, when the gas is adjusted to properly adjust the balloon 27, the entrance cavity, it is difficult The alignment of the balloon 27 in the mouth. Because of the hand holding and carrying out the sputum, the detector will make the probe tube 29 into the sputum 'but it is difficult to adjust the posture of the balloon 27 at this time. The red angle is The second 15th probe tube 29 is in the circumferential direction except the cross section of the system. Qi is the i-like circular shape, rotating known angular direction. ,,,, 'exo-based soil pipe 29 of the probe

< Gas seeking 27 is made by combining the balloon tubular portion 27b with the probe 9Q but not combining with the 铋 needle S 29 . That is, even if the probe tube 29 has a certain configuration, it is difficult to recognize the direction of the rotation angle of the probe. < Different to the method of 'making the posture of the balloon 27 suitable 201228638 In consideration of the above problems, the present invention is directed to an oral connection pressure measuring device capable of ensuring good measurement accuracy by using a pressure measuring probe of a flat shaped balloon . [Means for Solving the Problem] The oral connection measuring device of the present invention is an oral connection pressure, and the fixing device is provided with a waste force measuring probe configured to hold the balloon base material with a balloon formed of an elastic material, and has a balloon base a communicating member that communicates with the inside of the balloon and transmits the air pressure, and a pressure detecting portion that is connected to the rear end of the communicating member and detects the transmitted air pressure, and the sucking ball has a pressure receiving portion that forms a closed space. And the second portion of the back pressure portion is orthogonal to the flat shape of the balloon tubular portion, and is connected to the portion of the tube portion and the balloon portion. In the short-axis direction, the above-mentioned problem is that the communication member includes a probe which is provided with a breast ball base material at a distal end portion and a grip portion at a rear portion thereof, and a member is attached to the probe. The end and the aforementioned pressure detection = connection: the connection tube 'in the probe mounting member is set;:: the direction of the rotation angle is an identifiable angle indicating the surface of the breast ball and the probe The direction of the long axis of the flat shape of the member and the angle of the flat direction of the angle indicating the material are within a certain range. - The moving angle probe of the present invention is a balloon probe formed of a pressure elastic material, In order to maintain the balloon base material of the balloon, the gas 201228638 /, the pressure receiving portion of the closed space, and the front end portion of the balloon tubular portion and the balloon tubular portion In the pressing portion, the balloon base member has a rectangular shape in the outer peripheral shape of the balloon base portion. The long axis direction and the short axis direction are flat. In order to solve the above problem, the front part is connected with the vitality detecting unit. The end portion of the structure 7 can be detachably connected to the shape member, and the probe attachment member and the probe attachment structure are set to be arranged when the probe is attached to the ball substrate. The flat-shaped, chamfered ball-rolling substrate is connected to the member to be identifiable around its inner cavity:: for the angle at which the probe is mounted at the angle indicating portion (the range of the oyster in the direction of the swirling angle) [Effects of the Invention] With the above configuration, the pressure measuring probe-type balloon is held by a single substrate, and has a structure that is separated from the probe-attached member, and is manufactured in ==. The flat shape of the balloon is The direction of the long axis is in the range of the front, so it is easy to control the balloon to be inserted into the mouth at a suitable angle.

Stability ensures good measurement accuracy. [Embodiment] 'The sputum is based on the above constitution. The oral connection pressure of the present invention can be as follows. That is, after the balloon substrate is provided, a probe connector is provided

S 201228638 The above-mentioned probe is mounted and mounted; the end is provided with a connector that can be equipped with the aforementioned probe connector, and the above-mentioned force detecting portion is included: For the pressure measurement only::: can be: unloading is ideal. The measurements made by this are exchanged. The baggage and sterilizer's 纟 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次 每次The angle is marked with j叩 蠘刖 蠘刖 蠘刖 “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ The tube axis angle indicating portion functions. By grasping the L-bar, the department's rotation angle as the axis of the prefabricated component becomes - Dingba. Bu Yiyi operates by taking the probe around the probe. Further, the aforementioned probe connector is mounted as described above. In the mutual = connection state, the rotation angle of the axis is closed so that 'the front axis direction* of the flat shape of the balloon is set. 2. The angle of the aforementioned angle of rotation, which is not indicated, is formed in the second and second quarters. By this, the mutual relationship of the angles of the probe connectors = 确保 is ensured. Therefore, when the probe connector is connected to the mounting portion, the balloon base material and the balloon have a long axis in the longitudinal direction of the cross section. The result is that the angle of the rotation angle is the same. When the balloon is inserted into the oral cavity, it is easy to control = the member is operated, and the parallel is made. The surface of the tongue is made to be the long axis direction. The surface of the tongue becomes 201228638. The base material is easily along the front end of the balloon side in the mouth 2 ribs. Ideally, by setting such a rib, the position is such that the balloon is fixed at the center of the waste portion in the front and rear positions of the tongue H, for the purpose of the second; (4) The accuracy of the material is effective. The end portion on the connection side serves as a shielding portion of the probe attachment member, and even if the probe is large, the shielding portion is preferable. It is also possible to prevent the measurement from occurring by changing the occurrence of an accident that has been accidentally swallowed into a smaller one. Further, it is also possible to obtain an effect of blocking the flow of saliva from the side on which the member of the Mube W main probe is attached. Further, the balloon substrate is inserted into the balloon to form the end portion of the bulb portion. : by insert molding, the balloon and the balloon base can be obtained. The balloon can be fixed by using an adhesive to make the body safe. In addition, the long axis direction of the flat shape of the balloon and the aforementioned rotation angle of the angle display portion are displayed. When the angle formed by the monthly direction of the household is 15 degrees or less, it is controlled by the control to be such a range, and the error of the pressure measurement with respect to the load is alleviated. The pressure measuring probe of the present invention is basically the above-described configuration, and can be as follows. In other words, the balloon base material is further raised in the outer circumferential direction 6 along the front end portion of the balloon side. The rib is ideal. By providing such a rib, it is easy to set the balloon to 201228638 in the sacral cavity at a suitable position relative to the front and rear of the tongue. Therefore, when the balloon is crushed by the tongue, it can be adjusted to appropriate compression. In the "fourth part of the balloon", in order to obtain good precision, the balloon base material is provided in a flange shape having a large diameter with respect to the side portion of the probe-attached member. The shielding portion is relatively shielded, and even if the pressure measuring probe is changed to a smaller type, w can be prevented from being (t), and t ^ n R u can also prevent measurement and occurrence, and can also be obtained from pressure measurement. The side of the probe goes to the saliva flow on the side of the probe-mounted member = the effect of maintaining the piece is hygienic. 休 休 褒 褒 ” : : : : : : : : : : : : : : : ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° <Formation of Implementation> Fig. 1 shows the present invention The basic configuration of the solid device is a basic configuration of the three-dimensional force measuring device; the oral contact pressure am丄- 丹%圃10 is the same as the conventional example. The device of the present embodiment is the same as the device of the present invention. In addition, the structure of the two: = in the balloon and the pressure transmitted to the pressure detecting unit are used to make the air different from the conventional example. The composition of the poison is shown in Fig. 1. The display of the oral cavity, the investigation of the sputum ... the body function... The function of the pressure (1) 邛 connection of the material 5. The balloon base material 5;; the mouth has the balloon 4 held at the front end of the balloon base can be unloaded (4) The state in which the balloon-attached member 3 is connected to the probe-attached member 3 is shown in Fig. 2, 201228638. By this connection state, the shape is disgusting with the scorpion 3, 0丨—H The pressure measuring probe 1 is attached to the probe tip end of the probe assembly 3. When the entire structure is viewed from the oral cavity, the probe is loaded with M钍, and the member 3 is attached. It is used to measure the pressure of the stylus 1 to the oral cavity. 4 It is known that the main body can be loaded and unloaded. The stylus is attached with the member 3 and the end is connected by a pipe. The connection with the front end of the connecting pipe 6 is connected to the yoke 6a. Moderate wall thickness and flexibility H ^ is used to transmit air pressure. The probe mounting member 3 is connected to the pressure detecting portion 8 via the connecting member 3, and the connecting body ' of the at * 9 * B is attached to the connecting member of the second connecting member. Pass, the air pressure of the balloon 4 is transmitted to the plant's Jianli detection department 8. The pressure detection department 8 P? ^ /Λ* y- is replaced by the pressure, so that the private mountain / 3 will convert the two rolling pressure into electrical signal pressure. In the connection, the display unit 9 composed of, for example, a digital panel is attached to the connecting tube 6 and the pressure detecting unit L. . = Pressure 敎 probe 丨 construction reference Ml Description. System, no pressure measurement probe! The standing pressure of the 3 A is not measured. The D product is formed in the figure and has a cross-sectional view of forming a closed shape. The balloon 4 is a balloon tube inside the ugly portion of the elastic material portion 4; the 4t portion & is connected to the above-mentioned subject and is shown in Fig. 3C. The pressure-receiving portion 4 and the cross-sectional shape of the pressing portion 〇 are the 剖面P 4 a pine cross-section needle pattern. FIG. 3 r γ v the cross-section, that is, the tube axis of the balloon tubular portion is obtained from the line 3C The cross section of the pressure receiving portion 43 is orthogonal to the cross section. As illustrated by

The flat shape of the direction. The long axis A direction and the short axis B portion 5a are formed of a W material, and the tip end portion is formed by the balloon holding hole ball portion 4b. The end portion of the balloon base material 5 is formed 12 201228638 - two = large-diameter flange-shaped shielding portion 5b. The opening end of the inner surface of the balloon base material 5 is provided as an example, and a probe connecting the female screw 11 is provided, and the front end of the balloon holding portion 5a (the side of the balloon 4) is along the outer circumferential direction. There are ribs that rise to the outside. The balloon base material 5 is produced by insert molding, for example, a hard resin material to embed the end portion of the gas portion '. The state in which the balloon 4 ball substrates 5 are bonded to each other can be obtained by insert molding. Thereby, the balloon 4' can be fixed without using an adhesive to improve the safety of the human body. As shown, the intermediate portion of the probe-attached member 3 is formed into a section: y: portion 3a. The front end side of the tubular portion 3a is provided with a mounting portion 12 and a rear portion 3a is provided with a grip portion 3b having a flat shape for holding by hand. In Fig. 4, only the probe is attached to the member 3 in a perspective view: No. As shown in the figure, the mounting portion connector 12 is constituted by a male screw that is screwed to the f-connector 1 as an example. Further, at the rear end of the probe attachment member 3, a tube joint portion 3c which is coupled to the tube connector "(refer to FIG. 2b) is provided. The σ grip portion 3b has a flat structure as a whole, and the flat structure forms a profile. The shape of the tubular portion 3a is expanded in the direction of the plane of the tube axis direction. Further, the attachment portion connector 12, the tubular portion h, the grip portion 3b, and the tube joint portion 3c are formed by the probe attachment member 3 Through the engagement of the probe connector 11 and the attachment portion connector 12, as shown in Fig. 2, the balloon base member 5 is detachably coupled to the probe attachment member 3 to constitute the end portion of the crucible. In this combined state, the balloon 4 can be inserted into the oral cavity by the grip portion 3b by the hand holding operation, and the measurement of the tongue transition 13 201228638 can be appropriately performed. With the configuration of the oral related pressure measuring device as above, only the configuration is provided. When the pressure measuring probe 1 is partially packaged and sterilized, it is easy to exchange the measurement of the tongue pressure, etc., whereby the cleanliness of the mouth portion can be continuously maintained. Further, the balloon base 5 holding the balloon 4 is only Integral resin material shape y _ 亦 , , 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力The ring 28 is integrated with the balloon base material 5 to form an integral element. In addition, the probe tube 29 is used as a part of the connecting member of the probe mounting member 3 ::: the body side of the hearing measurement probe i. Therefore, the pressure measuring probes 丨', and the conventional example shown in Fig. 12 are extremely simple, and can be used as an inexpensive component that can be easily used after being exchanged. As a result of the above improvement, the dust force measurement system is a small person composed of the balloon 4 and the balloon base material 5, so that the accident is accidentally swallowed at the time of the accident, and the mountain is released. After the holding portion 5a, the broken portion 5b has an element for preventing the function of swallowing the pressure measuring probe!. Further, by providing shielding, I敝.丨5b can also obtain the pressure from the pressure. , the effect of the side of the J 疋彳 wood needle 1 to the probe. The flow of saliva on the side of Fu 忏 3 is another: The rib 5 of the ball holding portion 5a is an element that has a function of causing the balloon 4 to be easily inserted into the oral cavity when the roll 4 is inserted into the oral cavity. 4 v 〇^ 1 is paid 'Good measurement accuracy' The position where the gas phantom is placed in the front-rear direction is suitable for the tongue.

S 14 201228638 - In order to crush the balloon 4 with the tongue, it is preferable to press the a ^ portion of the balloon 4. On the other hand, in the center of the receiving portion 4a, when the balloon 4 is placed over the tongue at a shallow position in the oral cavity, the end portion of the pressure receiving portion 4a is pressed, and the accuracy of the ridge is difficult. Therefore, it is effective to provide the rib 5c so that it can be positioned as a balloon: it is not too shallow to obtain good measurement accuracy. Set 2 to make full use of the positioning function, from the balloon material & table of the month 邛 5c bulge height h (refer to 1 ^ meet cut 6 is more ideal. The upper limit of the kernel is not in practical effect The range is appropriate to give a substantial influence on the effect of the positioning. This, the center of the rib 5c is spaced from the axis Μ.;; ball 4 of the wenwan firm 仏 outside, set the ribs 5. Position...= The suitable setting is preferred. The other button is formed from the front end of the balloon holding portion 5a, such as the focus 4:, and the rib portion may be disposed at a position receding from the front end. The pressure portion 4a of the balloon 4 or The relationship between the structure of the balloon holding portion 53 and the like may be appropriately adjusted. The structure of the person is the main feature of the form of the present embodiment.

I: The holding portion % of the member 3 is a flat shape and can be obtained by I: as described in FIG. In Fig. 5, the front surface m indicates the side of the plane of the holding portion 3b of the county portion 4 including the pressure portion 4a of the balloon 4. The rear face ~ is shown to be parallel to the surface of the substrate 5 °. The intermediate plane Pm represents parallel to the balloon potential and the T plane. That is, the intermediate surface ~ has a certain relationship to the balloon substrate. Δ square: The cross-sectional shape of the pressure-receiving portion 4a of the gas: 4 has a long axis weight and a flat shape in which the detection is repeated. Thereby, the effect of improving the linearity of the relationship of the load load and improving the measurement accuracy can be obtained. 15 201228638 However, in order to stabilize the measurement, the accuracy is still measured, and the direction of the long axis A of the pressure receiving portion 4a is also ::? It is preferable to cut the top surface of the tongue into the cavity. . ‘Being parallel to the tongue For the above reasons, the name of the needle 1 and the probe-mounted member ttrr form control (4) force to measure the mutual directionality of the probe J due to the balloon substrate 5 and the probe. The reason for this is that the state of the substrate 5 is attached, and the state of the balloon is changed. The rotation direction of the axis of the milk ball 4 in the cavity is not subjected to the countermeasures beforehand. The rotation angle of the long axis A is 4 mesh. For the probe mounting member 3, the probe is gripped and the tongue is pressed. When the balloon 4 is inserted into the oral cavity, the subject is held by the hand-held device member 3. In this case, the grip portion 3b of the member 3 is held by the grip on the probe with the swivel angle U + as the axis around the probe attachment member 3: the degree becomes _, that is, the rear surface pr orientation A certain direction. The machine is defined as a ^ probe connection ^ 11 and a connector 12 connector structure δ is also connected to each other. Therefore, the relationship between the rotation angles of 1:2 and the axis is connected to Φ... The relationship between the needle-mounted member 3 and the balloon base material 5 is determined by the relationship between the rotation angles of ':t and the axis around the axis. Two: Two to be the middle face. m is determined to be flat with respect to the rear part and the second part of the middle: the rear side of the connection state of the balloon base material 5. r The Pm system of Xingyi is parallel at any time. In the present embodiment, the shape 11 and the mounting portion connector 12 constitute a 'squeezing of the beer thread and the male thread'. This state is obtained by forming the starting position to be constant. However, the structure for the effect of the 曰, the door is not limited to this, and can be easily selected from a well-known structure:

S 16 201228638 * 纟 this as long as the relationship between the rotation angles of the long axis of the balloon base material 5 and the balloon 4 is "-i, "--", which is 疋, that is, the intermediate surface Pm and the front surface

Pf is parallel at any time, and the front surface Pf and the rear surface Pr are parallel. That is, the direction of the plane of the long axis a of the pressure receiving portion 4a and the plane of the grip portion 3b of the probe attaching member 3 are parallel. As long as the probe is attached to the member 3 and operated, the balloon 4 is inserted into the mouth and allowed to vomit, and the long axis A direction is parallel to the surface of the tongue. When the end portion of the balloon tubular portion 4b is buried to insert the balloon base material 5 into a shape, the relationship between the elbow loop and the red-eye angle of the x-axis is one, that is, the intermediate surface Pm# is obtained. Zhaoxing is a parallel state of Pf on four sides. Therefore, 'adjustment to an angle relationship is ideal. The error is practically not affected. In order to control the pressure measuring probe 1 and the probe mounting member 3 = 2 = the system is installed in the probe mounting member 3 so that the rotation of the axis is equal to < The angle indicator is necessary. An example of the grip angle indicating portion of the grip portion can be identified by the direction of the plane being the direction of the moving angle. Further, in the case of being connected to the probe attaching member 3, the flat belt of the soil material 5 month river balloon 4 is formed by the angle of the rotation indicated by the direction A and the angle indicating portion. Within the scope. Further, the angle indicating portion is preferably configured to recognize the direction of the turning angle by the contact of the hand and the cymbal. Therefore, when the probe is attached to the contact angle indicating portion of the structure 1 and the 刼 刼 _ _ 互 互 互 互 声 声 声 声 声 声 声 声 声 a a a a a a a a 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使By recognizing the composition of the angular direction of the rotation, the corresponding effect can also be obtained. The effect of 2 or more is attached to the probe forming the angle indicating portion, and the angle 卩3 b is not limited to the flat shape as described above, and various aspects can be adopted. The case of the case, the display of the case, can also be made as shown in the figure. In the case of the same member, the holding member 13 is held by the center shaft portion 14a and the support member 14b, and is formed into a flat structure as a whole. Further, in the φ red Λ 4 and the glaze 邛 14a, an inner cavity through which the probe attaching member 13 is longitudinally formed is formed. The gripping portion can be flattened in other rounded shapes, rounded squares, etc.: shape: as long as it is flat, any shape can be used. In addition, it is preferable that the grip is easier to hold with the thickness of the portion 3a. 〇〇" The angle formed by the intermediate surface b and the front surface Pf formed by the angle between the probe-connected state 11 and the longitudinal axis A direction of the pressure-bonding portion 4a in the insert-formed balloon base material 5 is A description of the results of the range of accuracy for obtaining sufficient tongue pressure is practically reviewed. For example, the angle between the dihedral angle between the balloon base material 5 and the probe mounting member 3, that is, the intermediate surface to the rear surface, can be designed by, for example, attaching the probe connector η The starting position of the thread of the connector 12 is appropriately set and controllable. However, the angle between the balloon 4 and the balloon base 5, i.e., the angle between the front face Pf and the intermediate face Pm, is highly likely to be offset due to insertion molding, and it is difficult to avoid offset by design. In the case where the angular shift is significant, there is a possibility that the balloon is not crushed in the appropriate direction at the time of measurement. Here, in order to examine the influence of the difference in the crushing direction of the balloon 4 on the pressure responsiveness of the oral pressure measuring device,

S 18 201228638 The direction of crushing (angle) was tested by the pressure of the six temples, and the dihedral angle of the air balloon base was 5, and the offset was also 4, the balloon 4 and the probe dream base. The angle of the grip portion 3b of the piece 3 is 偬铉+~ The allowable range of the test-denier offset. &lt;Testing method&gt; As shown in the figure, the pressure measuring probe i, the connecting tube 6, and the digital pressure gauge 15 are connected to each other, and the internal pressure of the balloon 4 is i9.6 kpa. Secondly, the tensile testing machine is used. 16 control the load and the pressure measurement probe 1 balloon 4 crushed ': recorded relative to each load is displayed on the maximum pressure of the digital pressure gauge 15. Load system 10 15, 20, 30, 40, 50, 60N a total of 8 groups The number of test samples is n=5. The crushing speed is 2〇mm/min. Just the smashing ball of each test sample is displayed in _ 8. The crushing direction is relative to the balloon. It is not intended to show the upper and lower directions of the pressure parts of the balloons. In the "Important of the Air Ball", the long axis A direction of the pressure receiving portion is displayed. The crushing angle is an angle formed by the long axis A direction of the text portion of each balloon with respect to the horizontal direction. &lt;Test Results&gt; K The data of the test results are shown in the table of Fig. 9. In the same table, the maximum = the average of the number of Ave test samples in the shell material n = 5, ± 3 σ is the error of the data. When the numerical data of Fig. 9 is observed, it can be seen that the following three points tend to increase as the angle of crushing becomes larger. (1) The error of the data (±3 σ ) becomes larger (data in the area showing the high density point in the table). (2) The area where the average value becomes smaller (the oblique text of the area showing the low density point in the table). () The area where the average value becomes larger (the table shows the data of the area of the low density point 201228638). As described above, it has been confirmed that the pressure of the balloon is determined by the angle of the falling wave as the performance of the oral related pressure measuring device, that is, the measurement accuracy and the responsiveness of the house. = At this point, it is preferable to set the tolerance of the dihedral angle w between the balloon 4 and the balloon base material 5. <Setting of the allowable range of the angle shift according to the test result> According to the table shown in Fig. 9, the result of the nr, the result, as the error of the average value of the maximum pressure displayed by each load, The price is ±3 (7. The evaluation criterion is "the error (+3) σ of the average value of the maximum pressure) is 2 kPa or less." As a result, it was found that the dihedral angle between the balloon 4 satisfying this point and the balloon base material 5 was 15 degrees or less. In addition, in order to obtain a flat shape of the balloon 4 and ± J疋, the long axis direction of the stagnation and the holding of the probe mounting member 3 4 3b (angle indication) Part) It is preferable to form the angular direction of the nuclear motion in the range of 0 degrees to 15 degrees. However, even in the case where the condition of the makeup m is not satisfied, it is possible to obtain an appropriate measurement result depending on the practical situation. Fixing 〕 The oral connection pressure in the form of this embodiment measures the rubber and other bullets; the material of the two balls 4 is natural rubber, synthetic rubber, and: elastic material is ideal 'but flexible with soft plastic In the case of a material elastic material, the material is manufactured by the same forming technique as a medical balloon or a general ball, that is, u ^ _ 4. J, in addition to the field of flexible materials. It can be manufactured by forming a film into a bag shape. The material of the easy-to-capture 2 outer latex ball base material 5 is easy to maintain when the balloon 4 is contained in the inlet, and the hard material is more suitable than the nail. The PP, PE, and polycarbonate are ideal.

S 20 201228638 Hard plastic such as vinegar. Further, the connecting tube 6 is formed of a soft plastic such as soft pvc, polybutylene dilute, soft f PP, soft PE, or ethylene-wrong acid ethylene copolymer, and is preferable in terms of workability. However, if the pressure is too soft and thin, the correct pressure measurement will change. Therefore, it is preferable to have a tube having moderate flexibility and wall thickness. The pressure detecting unit 8 is configured to use, for example, a pressure-introducing strain-leaf pressure conversion. The device converts the air pressure into an electrical signal, and includes an amplifier that amplifies the signal before the output of the (4) trunk 9. As a pressure transducer, any other type can be used. In addition, the valve 7 is based on the pressurizing portion. The structure is not necessarily required, and the pressurizing portion 1 () may be directly connected to the connecting tube 6. Further, in the above-described embodiment, the needle T is defined on the side of the tongue pressure, but the same configuration may be used. The pressure in the oral cavity such as the sublingual pressure, the lip duck, and the buccal pressure is measured. In this field, it is preferable to change the size of the balloon, the thickness and shape of the tube, etc., in accordance with the purpose. Usability] The oral contact pressure measuring device of the present invention is easy to insert a balloon into the oral cavity in a 'knife posture, and can secure a good measurement accuracy, so that the tongue pressure, the sublingual pressure, and the mouth are performed. It is useful to use a device for measuring the pressure of the oral cavity associated with the lip ink, - Μ, 颂. [Brief Description of the Drawings] Fig. 1 is a perspective view showing a schematic configuration of a mouth-joining pressure measuring device according to an embodiment of the present invention. The end I:::? is a perspective view of the structure of the pre-force measuring probe and the gripping portion for measuring the same cavity-related pressure remaining device. The probe is used for the pressure measurement of the device associated with the oral cavity. Fig. 3 is a longitudinal sectional view of the pressure measuring probe shown in Fig. 3. A cross-sectional view of the balloon along the Χ_χ line of Fig. 3. The D system shows a perspective view of other forms of the pressure probe for the same oral cavity.立立:The second system shows the probe attached to the oral cavity. The probe is attached to the device. Figure 5 is a perspective view showing the function and effect achieved by the front end of the measurement shown in Figure 2. Figure 6 shows the relationship with the oral cavity. A perspective view of the other forms of the probe of the pressure measuring device. (The angle of the gas diagram 7 shows the pressure responsiveness test for the different crushing directions of the pressure measuring probe) Front view. Figure 8 is a front view showing the test ball used in the same pressure responsiveness test. Figure 9 is a table showing the results of the same pressure responsiveness test. Figure 1 shows the oral contact pressure of the previous example. The front view of the outline of the measuring device is shown in Fig. 11. Fig. 12 is a cross-sectional view showing the state of the pressure measuring probe which is used to measure the nesting pressure of the same oral cavity. Fig. 12 shows the measuring front end including the probe of the same pressure measuring probe. Construction

S 22 201228638 made of a three-dimensional map. Fig. 1 is a perspective view of a balloon of the same pressure measuring probe element [Description of main components] 1 , 20 , 20a Pressure measuring probe 2, 21 body device 3 &gt; 13 Probe mounting member 3a Tubular portion 3b ' 14 grip portion 3c tube joint portion 4, 27 balloon 4a ' 27a pressure portion 4b, 27b balloon tube portion 5 balloon base material 5 a balloon holding portion 5b shield portion 5c, 5d rib portion 6 connection tube 6a tube connector 7, 23 Valves 8, 24 Pressure detecting portions 9, 25 Display portion 10' 26 Pressing portion 11 Probe connector 23 201228638 12 Mounting connector 14a Middle shaft portion 14b Side branch portion 22 Main body tube 28 Pressing ring 29 Probe tube 30 Hard ring 31 male fitting portion 32 female fitting portion 33 tooth portion 34 tongue portion A long axis B short axis Pf front surface Pm intermediate surface Pr rear surface

24 S

Claims (1)

201228638 Seven claims patent scope: 1. The oral contact pressure is formed by an elastic material, and is provided with a pressure measuring probe, a transparent, and a tanned ball substrate which are formed by the balloon substrate. The balloon passes through the communicating member of the chamber, the front end of the communicating member, and the inner connecting member having the air pressure to transmit the air pressure to detect the transfer> the pressure detecting portion of the second rolling pressure, &;^ Then "the τ ball has a shaped portion that forms a closed space === the inner balloon tube portion, and the balloon has the balloon tube 2:::..." and the short axis of the long axis steering wheel of the aforementioned receiving portion ^The outer peripheral shape of the cross section of the giant X is a flat shape having a short axis direction of the factory, and is characterized by ··· month r' [the connecting member is provided with a material at the front end portion and a grip portion at the rear portion thereof] "The connecting pipe connected to the pressure detecting portion; the angle indicating portion of the probe mounting member having the direction of the rotation angle is determined by the axis of the inner cavity; The state in which the aforementioned probe is attached to the member , The total of said balloon-ijL jjj: E | 'Yu m-axis direction and the angle of the display of the indicator portion of said swirl angle direction is formed at an angle of - within a given range. 2. For example, the oral connection pressure measuring device of the application scope of the patent scope i, probe: after the installation is provided with a probe connector at the end, in the connection of the connector of the connection, the connector can be detachably described The measurement probe pair is detachably attached to the main body side including the front 4 pressure detecting portion. 3. The oral relationship force measuring device according to the first item of the patent scope, 25 201228638 wherein the 'the aforementioned gripping portion is configured to insert the balloon into the oral cavity τ &amp; the contact angle is contacted by the hand contact The foregoing angle indicating portion can be used, for example, in the patent application range 丨 to the force measuring device, wherein the plane square portion of the direction of the mouth of the mouth of the nozzle is included in the tubular portion. • The expansion of the shape of the face in the direction of the thousand faces has the function of being the aforementioned angle indicating portion. ..., in the gripping unit 1, the 4th patent 1S ® 2nd oral (4) Lili measuring device, , the middle, the probe connector and the above-mentioned device are placed, the flattened ball ==; Therefore, the long axis direction of the gas and the angle are formed; the angle η/M of the ρ dry gs _ moving angle direction is not within the aforementioned range. The oral connection pressure measuring device according to the first aspect of the invention is characterized in that the outer ball base material is provided with a rib portion which is provided in the outer circumferential direction of the front end portion of the balloon side. 7. The oral connection pressure measuring device according to item 1 of the patent application scope, wherein the side end of the breast ball substrate is provided with a flange having a large diameter in connection with the probe mounting member. Shading section. And 8: the oral connection pressure measuring device according to the first item of the patent scope, inserting a balloon base material to embed the end portion of the balloon tubular portion to produce 'the balloon of the balloon Combine with each other. The pressure is as follows: The oral care device of any one of the first to third and fifth aspects of the patent range, wherein the flat shape t#β of the balloon and the long axis direction a of the aforementioned horn are small. The angle at which the aforementioned rotational angular direction is formed is less than 5 degrees below S 26 201228638. a pressure-adjusting probe, a balloon base material holding the balloon, a balloon formed of an elastic material, and a pressure-receiving portion connected to the front portion: the pressure-bearing portion having a closed-shaped space to form a balloon tubular portion is coupled to the aforementioned The balloon tubular portion of the gas # is orthogonal to the front end portion of the balloon tubular portion 2, and the pressure receiving portion has a long axis direction and a short axis side: a transverse cross section and a peripheral shape of the balloon base rear end The shape 'is characterized in that: the connecting member is formed before the communication member is connected to the pressure detecting portion, and the probe attaching member member is detachably connected, and the connection structure between the probe arming member and the substrate is set to a flat shape. When the long axis and the moon are connected to the substrate, the balloon is surrounded by the inner cavity. The probe mounting member is made identifiable: the angle: the angle indicating the direction of the r-rotation is formed in the front = A pressure measuring probe according to item 10 of the second benefit range, wherein 'the outer ridge is provided along the outer circumferential direction of the balloon side, and the waste force measuring probe of the first or the eleventh of the patent range is provided. Mi-side substrate provided in the ball and the connecting member of the probe .p become filled with the flange-like large-diameter portion of the shielding eight, FIG formula: (summarized as follows p) 27