TWI246412B - Posture sensing apparatus - Google Patents

Abstract

Apparatus for encouraging, urging and/or notifying an occupant in a sitting means or an attendant for the occupant in a sitting means to have optimum sitting posture, in which one or a plurality of sensors are provided to the seat member and/or the back member of the sitting means to which the thighs, hip, spine, shoulder blades and/or ribs. And/or the head of an occupant are contacting when the occupant sits in the sitting means in right sitting posture, said sensors generate/send signals to the microcomputer when an occupant on the sitting means contacts or activates said sensors, upon receiving the signals, the microcomputer orders the responding means either to produce responding signal or not, according to predetermined program, and when the responding means responds, upon recognizing the responding signal, the occupant tries to contact or activate all the sensors or the attendant for the occupant let the occupant try to contact or activate all the sensors in order to stop the response by correcting the sitting posture.

Description

1246412

[Technical Field] The present invention relates to a seat, in particular, a seat for sensing, sitting on a seat, encouraging and forcing the occupant to sit in a seat with an occupant having an inductive device, and Good sitting posture. [Prior Art] 矣 丄 has a substantial horizontal seat and a substantial vertical back, the sac of the occupant's thigh bone and pelvis and the back is vertically above the seat and is adapted to provide support The back of the occupant. Therefore, in the present specification, the seat refers to any kind of chair, vehicle seat, aircraft seat, money, sofa, folding chair, beach chair, wheelchair, school seat table, church bench seat (pew), lecture hall With the seat of the sports field, the seat part of the exercise device, and the pottery and so on. Furthermore, the "baby fixture" also has a base portion and a backrest portion that supports the occupant's thigh bone and/or pelvis, and the back frame portion is adapted to provide support The occupant knows that the baby fixture may be any kind of baby seat, child car seat, child lathe, baby carriage, pediatric sleeping car, shopping cart, baby carrier, baby carrier, swing, crib, walker, high Chairs, fixed baby carriers, etc. Each infant fixture can be considered a separate device, and some infant fixtures can be considered as a combination of several devices. At present, small aids for dolls have been commercialized, such as car seats, small high chairs, rocking chairs, doll frames, and a variety of other applications. Fan Caozhong, which is suitable for use in dolls ^

1246412 ---- Case No. _Year of the Moon, τ _ V. Invention Description (2) The doll may have the shape of a baby, an animal, a clown and the like, and the doll is placed or lying in an auxiliary device. position. Each auxiliary device for the doll has a base portion and a back frame 4 in which the 'base portion supports the thigh bone and/or the bone plate of the doll (occupier) and the back frame portion is adapted to provide support for the occupant Back. For the convenience of the 3, the term seat, and the back " respectively in the manual represent the "base" for the baby's fixtures and auxiliary devices for the dolls; the "part and the π back frame part," The term “baby” is also used for convenience of explanation, and the term “device” and “'auxiliary device” are also used. Also, for convenience of explanation, the term “chair” or “seat” sometimes stands for a variety of purposes. Type of seat. -2 specially designed chairs are designed to make the chair occupants the best. Eight: 璇: ^言' The seat and back of these chairs are specially designed to match the curves of human trunks. In fact, according to medical research, almost all of the structures are well designed, and you can sing the vertebral column and the pelvis of all the chairs of the armor. 1 What is important is not the chair itself. What matters is the sitting position of the occupant on the chair. The structure and function of the sub ==, unless the occupant is in a good sitting position, the chair is useless. Pain' and in order to avoid lumbar nerve pain, nerves are good sitting posture. I suggest that the occupant has a good person who is sitting on a chair for a long time or perhaps for the entire working day.

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Page 9 1246412 曰五皇号911 (1/11 η Amendment of the invention description (3) For the occupier, maintain a good sitting posture, 丨β — 疋 疋 疋 重要 — — — — — — — 奇 奇 奇 奇 奇 奇 奇 奇In school, children have a good sitting posture. It is very important for J and I to increase the body size. I used to have a good sitting posture in the chair. It can be used to avoid chronic lumbar neuralgia and even In the broad sense, the correct sitting posture in the chair is to let the buttocks sit tightly under the back, and let the spine be naturally and straight in the physiological function, and static so that the person with the normal posture maintains the muscle balance of the biomechanics ( Biomechanical) The position of the spine is neutral. Figures 1 and 2 illustrate the correct and wrong sitting posture of a person sitting in the work chair and the driver's chair respectively. The person in the left figure of Figures 1 and 2 tilts his/her upper body part forward and backward. It will inevitably lead to excessive movement of muscles, ligaments and tendons to maintain the lumbar vertebrae and sacral bones in a normal position. Therefore, discomfort, sprains and fatigue caused by the compression of muscle elongation will have a significant impact. The author's productivity and the driver's concentration. In the right figure of Figure 1 and Figure 2, the person sits in the correct sitting position, so that the buttocks are in close contact with the back of the seat, and the spine is naturally, erect and static in physiological function. It is required to combine the minimum movements of the muscles, the diligent band and the tendon of the spine and the pelvic bone. Figures 3 and 4 respectively illustrate the appropriate skeleton model of the person shown in the left and right figures of Fig. 2 (L1). (L 5 ) generally indicates the lumbar vertebrae, which is identified in the figure. The letters '' (S), (I), (IT), (LSI)" are each indicated as sacrum, intestinal bone (i 1 ium ),

Page 10 1246412 a _ case number 91104155__ year and month _ correction ______ five, invention description (4) iliac tuberosity (lumac tuberosity) and lumbar intervertebral space (lumbosacral interspace) ° In Figure 3, in the sitting part (21) The pelvis and lumbar vertebrae are connected between the back and the back (3 1 ), and it is necessary to connect the muscles, ligaments and tendons of the spine and the pelvis excessively. If you use muscles, ligaments and muscles for a while, you will get tired and painful. On the other hand, in Fig. 4, the pelvic girdle below the caudal end sequentially includes the intestinal bone (I: ilia), the sacrum (S), and the coccyx (C) to contact the back (31), and in addition, the ischial tuberosity ( The IT · ischial tuberosities are tightly supported on the sitting portion (21), and the lumbar vertebrae (L1) to (L5) including the vertebrae are also fixed on the back. As mentioned earlier, the relative movement between the ridge and the pelvic bone, and the movement between the sacral (S) and the lumbar vertebrae (L5) in the lumbar space (LSI: lumbosacral interspace) can be reduced. Minimal so that workers can focus on their work without feeling fatigue or lower back pain. The use of "contact" in this specification, of course, means that the back (31) or the seat (21) immediately contacts the intestine, sacrum, lumbar vertebrae, thoracic vertebrae, scapula, ribs, leg bones, etc. The fleshy part of the skin and body. As mentioned above, in order for people to have a good sitting posture, it is necessary to remind him/her to make this book under the tail of his/her hips correct. The pelvic girdle includes the intestine, the sacrum, and the tailbone, and the tail and the side are in contact with the lower back of the seat, and the sitting branch is sitting on the seat of the famous celebrity festival, and the vertebra that makes his/her vertebrae stand and stretch. /Fire / : ,, pain in the vertebrae

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Amendments to the description of the skill in the study—in the driving skill, there has never been any device or method applied to the seat, which encourages, guides or forces the occupant to have the best sitting position by providing the sensing device to the seat. SUMMARY OF THE INVENTION It is an object of the present invention to provide an apparatus and method for the occupant to have an optimal sitting position on the seat such that the tail of his/her pelvis contacts the back of the seat with the back so that his/her vertebrae stand up and Straighten out. Another object of the present invention is to provide a device and method in combination with the seat j to provide the occupant with an optimal sitting position on the seat. It is a further object of the present invention to provide an apparatus and method for use with an accessory for a seat such as a cover, a cushion type (fflat type) support, and the like, such that the occupant has an optimized sitting comfort in the seat. . As described above, the ultimate object of the present invention is to provide a device and a servant who has the best sitting posture on the seat to focus on work without fatigue or lower back pain. In addition, the ultimate object of the present invention is to provide an apparatus and method for appealing to his/her early years to have the best sitting posture like this; first, he/she can break into the body upright, and secondly, he/she can avoid Chronic lumbar neuralgia 'and the third' can remain erect in physiological function in old age. SUMMARY OF THE INVENTION Soil I 日月#&,11, is applied to a seat with a seat and back.

1^·! Page 12 1246412 ____j号_年月曰曰^__ V. Invention Description (6^ ' ^ -- and basically includes one or a plurality of sensing mechanisms, a response mechanism, a switch section' a microcomputer, Electrically connecting to each other. The one or more sensing mechanisms are disposed on a portion of the seat and/or the back of the seat, and when the occupant sits on the seat in the correct sitting position, the body of the occupant and the sensing Institutional contact. When the occupant sits on the seat and contacts the sensing mechanism, the sensing mechanism will generate/transmit a signal to the microcomputer. Upon receiving the signal, the microcomputer will command the response mechanism to generate a response signal according to the predetermined program. Receiver ¥ When the responding agency responds, 'The occupant recognizes the return | response f', encourages and guides by trying to touch all the sensing mechanisms to correct his/her sitting posture and stop responding to the signal. In the present invention, one or a plurality of sensing mechanisms are disposed on the seat and/or the odd part of the seat, when When the person has the correct sitting position on Desks, occupant's body in contact with the sensing mechanism.

For convenience of explanation, each of the sensing mechanisms that are in contact with some of the occupant's body will be described as a seat sensor (23), a hip sensor (33), a spinal sensor (37), a sacrum sensor. (35) 盥 (35), head sensor (38) and others. Referring to Figures 5 and 16, in accordance with the present invention, an inductive device and a chair (57 _,, \ have a t portion (21) and a back portion (31) are combined with the above-described sensing device. The form of _____/A # has a substantially horizontal seat portion and Substantially vertical back

1246412 _ - Case Tai 91104155 Rev. 5, Invention Description ^ " ---- The 'seat' supports the occupant's thigh bone and bone plate and the back is vertically positioned above the seat to provide support The back of the occupant. The sensing device basically comprises a seat sensor (23) and a hip sensor (3 3), a response mechanism (rm) (95), a switch (sp) core (93), a power supply (PS) (9 7 ), and a microcomputer (91), the seat sensor (23) is located in the seat (21) where the occupant's thigh bone and the pelvis are in contact, and the hip sensor (33) is located in the occupant The hips are in contact with the back (3 1 ) below. Moon Port This unit or combination includes a microcomputer (9 1 ), a switch unit (9 3 ), a response mechanism (9 5 ), and a power supply (9 7 ), which are indicated as control unit 丨丨 (90). The operation mode of the sensing device of this embodiment includes a seat sensor (23), a hip sensor (33), and a control unit (90), which are indicated herein as ', hip sensing mode.'

The sensor may be any sensor (ie, electronic, mechanical, piezoelectric, thermally conductive, infrared LED, silicone sensor, and the like) when the substantial body contacts the sensor or an external force acts on the sensor The sensor will be activated to generate an electronic signal, which is a well-known technique for those skilled in the art. When the occupant sits on the seat and contacts or activates the sensors located on the seat (eg, sensors (23), (33)), each sensor generates an electronic signal and transmits it to the microcomputer. (9 1 ). For convenience of explanation, the term "contact" is also used in the specification to mean "contact or start".

Page 14 1246412 Case No. 91104155 V. Invention Description (8) Microcomputer (91) programmatically distinguishes the number of sensors in the memory sensor data and each sensor type to distinguish each signal transmitted by the sensor. The number of signals is counted, and according to the pre-requisite. Therefore, the microcomputer (9 1 ) first, the microcomputer (91 signal. If there is no signal 'the (9 5) is maintained in the non-response status number, the microcomputer (91) distinguishes and compares the microcomputers preset by the sensors (91) According to the above pre-response or not. Detailed description, when the occupant, therefore the preset number transmitted to the microcomputer, the microcomputer is not responding. In addition, when the sensor is used, the transmission is in accordance with the sensor. The preset number response mechanism (95) goes back to generate a response when the response mechanism (95) responds, stops responding, repairs all in the microcomputer (9 1)

The correction body stores the generated signal data set on the seat and a predetermined range; and the microcomputer (9 1 ) can further generate, by which sensor, the comparison between the target and the predetermined program The sensing program is set to command whether the responding mechanism returns to the processing according to the predetermined program as follows. Check if there is a microcomputer (9 1 ) transmitted by the sensor to allow the response mechanism. If there is a signal from which sensor the signal transmitted by the sensor is generated, the number of signals and the number of signals. Then, the program commands the response mechanism (95) to sit on the seat and contact the sensor (91) with the number of signals corresponding to the sensor (91) to allow the response mechanism (95) to keep the occupant sitting The number of signals that the contactor did not contact the microcomputer (91) was not visible, so the microcomputer (9丨) ordered the response signal. When the student responds to the signal, once he/she is recognized, he/she is seated and the number of all sensors that are preset or activated is preset.

15 pages 1246412 amendment

Case No. 911041M V. Description of Invention (9) Response Agency (RM) (95) Tai Dong Tian Zhong Li, _ σ. ^/ ^ ^ ^ 匕 & Devices for generating auditory signals, video signals and/or vibration signals , sand reputation ^ see a device like an electronic sound, Τΐ? η ^ ^ ^ ^ " attack like a light bulb or light-emitting diode (LED), vibration signal device like a machine (10) a technical person It belongs to the mechanical vibration of the conventional machine, and is familiar with the item. ": The syllabus (95) generates an audible signal (sound a), a video signal (light), and/or a vibration signal (vibration) according to the commands of the above microcomputer. The component (93) is designated as a switch (sp). Department (93), including some kinds of switches, the type and function will be explained later. The number (97) is designated as the power supply (Ps). The power supply () may be referred to as the battery supply, for example, in the control unit ( 9 〇), or AC power supplied via the socket. Sensors (for example, (2 3 ) and (3 3 )), microcomputer (91), response mechanism (9 5), switch unit (9 3 ), and power supply The devices (97) are electrically connected to each other by wires and/or circuits. The control unit (9〇) can be fixed or positioned within the seat. The control unit (90) is fixed in Figures 5, 6 and 7. The control unit (90) is positioned at the end of the seat cushion (seat (21)) at the bottom end of the seat (21) and in Figures 9 and 12. In Figures 5 and 9, the seat sensor (23) ) is disposed in a front portion of the sitting portion (21) that is in contact with the occupant's thigh bone. Further, as shown in FIG. 7, it may The seat sensor (23) is disposed at a rear portion of the seat portion (2 1 ) that is in contact with the occupant's ischial tuberosity. When the seat sensor (23) is placed in a seat portion that is in contact with the occupant's ischial tuberosity ( When the rear part of 2 1 ) is about the horizontal line of the center of the seat (21) is like the line (L) shown in Figure 7 directly with the occupant

Ικΐϋΐ mm Page 16 1246412

The ischial tuberosity is in contact and the occupant can be strongly supported on the sitting portion (21) by the occupant's ischial tuberosity. The seat sensor (23) can also be placed on the handrail when the handrail is considered part of the seat. Furthermore, as shown in FIG. 12, it is possible to arrange two seat sensors (23) and (23') respectively in the front portion 0 of the sitting portion (21) of the two-leg bone contact. The occupant in the seat (21) traverses his/her leg. When a leg bone does not touch the seat sensor (23) or (2 3'), the sensing device of the embodiment will notify the occupant to go. The two leg bones are parallel and contact the sensors (23) and (23,). In the same manner, when the seat sensor (23) is placed at the rear portion of the seat portion (21), as shown in the horizontal line (l) shown in Fig. 7, the two seat sensors (23) and (23) ') is not at this level or where the ischial tuberosity of the occupant (not shown) is in contact. § The occupant sits on the seat (21), the seat (21) has two seat sensors (23) and (23,) in the rear portion of the seat (21), as shown in Fig. 7. This horizontal line (l) is shown. The occupant tilts his/her upper body portion sideways, and the left or right leg bone does not touch any of the seat sensors (2 3 ) or (2 3,), and the sensing device of the embodiment notifies the occupant To correct his/her posture, the two ischial nodules of the occupant are evenly contacted with the two seat sensors (23) and (23,). As shown in FIGS. 5 to 13, when the occupant's buttocks are in contact with the rear and the lower portion of the back (31), the buttocks sensor (33) is placed on the back of the occupant's buttocks (3 丨). The lower part of it. In some chairs, the lumbar support members are separately fabricated and placed in

Page 17 1246412

The lower part of the back (31) supports the waist. In Fig. 9, the pillow type: the present support member (77) is positioned in the front of the lower portion of the portion (31) of the chair (63). Furthermore, a mechanical expansion device or a liquid expansion device (not shown) is provided as the back of some seats, and the mechanical expansion or liquid expansion device is positioned in the back or the lower portion of the back, and can be moved back and forth. To provide support and the waist area of the occupant: the spine moves. In these cases, the buttocks sensor (33) is placed on the lumbar support member portion in contact with the wearer's buttocks, mechanical expansion device = expansion device. Preferably, the hip sensor (33) is on the surface of the back (31) ranging from 5 cm to 30 cm from the bottom of the seat (21). In some chairs similar to the chair (59) of Fig. 6, the back (31) is positioned on the L-shaped support member (25), and the L-shaped support member (25) is connected to the seat (21). On the subject. When the back (31) is fixed to the upper portion of the L_type support member Dan (25) as such, there is a wide space between the seat portion (2) and the lower portion of the back portion (31), as shown in Fig. 6. The buttock sensor (33) may be disposed in the space of the support member (25) in the lower portion of the seat portion (21) and the back portion (31) to contact the buttocks of the seat person. 6 In FIG. The back (31) of the middle chair (61) is fixed to the rear leg (22) and the cross arm (34) between the support legs (22). These types of chairs have some hollow portions or openings ( 32 On the lower part of the back (31), directly above the edge of the seat (21), so as not to support the buttocks of the seat occupant.

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V. DESCRIPTION OF THE INVENTION (12) As shown in Fig. 7, when the lower portion of the back (3 1 ) has an opening (3 2 ) without providing support to the buttocks, as shown in Figs. 7 and 8 (Fig. 8 is along the figure) The "L"-type support member (25) ^ can be separately prepared and fixed to the body of the seat (21) to adjust the hip sensor (33) attached thereto. . Furthermore, in the case of some shell-shaped chairs, the seat portion (2 i ) is formed integrally with the back portion (31), so that the rear edge of the seat portion (2丨) is connected to the lower portion of the back portion (3 1 ). Therefore, the round buttocks are in contact with the lower part of the back which is a rearwardly recessed portion, which can comfortably receive the round buttocks. In this case, the hip sensor (33) may be placed in a recessed portion of the back that naturally contacts the circular buttock region. Furthermore, it is preferable to position the buttocks sensor (33) on a plane surface perpendicular to the back (31), somewhere behind, to easily access the round hip area of the occupant. For example, as shown in Figure 8, the buttocks sensor (33) is clamped to the top of the L-shaped support member (25) perpendicular to the surface (36) of the back (31) plane, behind the depth "g". A stroller seat such as that shown in Fig. 23 generally includes a rough [--type precision shell-shaped plastic material that is covered with a curved portion of the rising edge to form a half-open type. The inner surface of the shell is often filled with filling. a layer of material in which the sensor is placed in the layer of filling material. The procedure for the hip sensing mode is as follows: When the occupant sits on the chair and contacts the seat sensor (23) and the hip sensor (33) Each sensor generates a signal and transmits a signal to the microcomputer (9 1 ). _When &##I is in the correct sitting position, similar to the phase on the right side of Figure 1 and Figure 2.

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Case No. 91104155 V. Invention Description (13) In the same way, the leg bone contact seat sensor (23) and the hip contact hip (33) are generated by the two sensors (23) and (33) for the microcomputer. (91). Upon receiving all signals from the sensor (23) and the other signals, the microcomputer (91) causes the response mechanism (9 5) to be in an unresponsive state. When the occupant is sitting in the wrong sitting position, like the one on the left side of Figures 1 and 2, he/she cannot touch the seat sensor (23) or the hip 'eyepiece (33). As mentioned earlier, the untouched sensor does not produce a signal to the microcomputer (9 1 ). When the number of received signals is less than the preset number of sensors, the microcomputer (91) commands the response mechanism (95) to generate a response signal = sound, light and/or vibration. Therefore, when the responding mechanism generates a response signal, the occupant will know that he/she has not touched the seat sensor ~ (23) and/or the hip sensor (33). . After responding, the occupant immediately tried to have the correct sitting posture, with the bone contact seat sensor (23) touching the hip sensor with the buttocks (33 below the hip and rear contact the lower part of the back (31). Thus, when = induction All signals of the devices (23) and (33) are transmitted to the microcomputer field (91), and the microcomputer (91) commands the response mechanism (95) to stop the response signal. i Therefore, a person sits in conjunction with the sensing of the embodiment. When sitting and up, the device can have an optimal sitting posture, stably positioning the leg bone on the sitting portion (21) and contacting the lower portion of the buttock with the lower portion of the back portion (31). From the viewpoint of physiological phenomena When a person sits on the * with the embodiment, the best sitting position, the ring of the pelvis 1246412

The revision sequentially includes the gut, sacrum, and coccyx and is in contact with the lower portion of the back (31). The ischial tuberosity is tightly supported on the seat (21) and the spine is so physiological, vertical, and static. That is, as illustrated in Fig. 4, the pelvis is supported, and in the correct position, the waist and pelvis bones are tightly held in the correct position, thereby reducing the degree of movement of the combined muscles, ligaments, and tendons. These two deficiencies are effortless and therefore do not fatigue. As mentioned earlier, the stomach occupant can focus on his/her work or study. For those who have been sitting in chairs for a long time, it takes a long time or all day

II Working on the second sub-segment, this feature is clearly a very important aspect of the present invention. A further embodiment of the invention relates to an inductive device that contacts an inductor of the occupant's leg bone, pelvis bone and vertebrae. Figures 7 and 17 illustrate the combination of the present embodiment with a chair (61). In the present embodiment, in addition to the portion including the above-described buttock sensing mode, the second back sensor is placed in the middle of the back (31), and the vertical line ss ^ is injured when the occupant straightens his/her spine. The device can be connected to the spine. Thereafter, the second back feeling = J set on the back (31) is shown as ', the spine sensor (SPS) (37) ". The operation mode of the present embodiment is indicated herein as "spine induction mode" including the seat block (23), the hip sensor (33), the spinal sensor (37) and the control unit (9〇) ). Qn eight t is good to place the spinal sensor (37) on the back (31) surface from the bottom of the seat (21) from two knives to 70 cm. The procedure for the back vertebrae sensing mode is as follows.

Page 21 ^^^ Someone sitting in the chair and touching the seat with salty stalks (23), buttocks 1246412 __ case number 911041 _ _ _ _ _ _ 5, invention description (15) sensor (3 3 ) In the case of the spine sensor (37), three sensors are individually generated and the signals are transmitted to the microcomputer (91). When the occupant has the correct sitting posture, the leg bone contacts the seat sensor (2 3 ), the hip contacts the hip sensor (3 3 ), and the middle portion of the back (31) is straightened by his/her spine 枉The chest vertebra is brought into contact with the spinal sensor (3 7 ), and the signals of the three sensors (2 3 ), ( 3 3 ) and (3 7 ) are respectively transmitted to the microcomputer (9丨). Upon receiving signals from sensors (23), (33), and (37), the microcomputer (91) maintains the response mechanism (95) in an unresponsive state.

When the occupant does not touch at least any of the sensors (23), (33), and (37), the untouched sensor does not generate/transmit a signal to the microcomputer (9 1 ). Once the number of received signals is less than the preset number of sensors, the microcomputer (91) commands the response mechanism (95) to respond to 0. Therefore, when the response body responds, the occupant realizes that he/she is not in contact. Sensors (23), (33) and/or (37). Immediately after responding, the occupant tries the correct sitting position, touching the seat sensor (23) with the leg bones, touching the buttocks sensor (33), and touching the spine with the spine by straightening his/her spine. (37). In 疋, when all signals of the sensors (23), (33) and (37) are transmitted to the microcomputer (91), the microcomputer (91) commands the response mechanism (95) to stop generating the response signal. As stated by 刖 卿 - Qing eight! The sensing device of the present embodiment in combination with the present embodiment can have an optimal sitting posture, stably positioning the leg bone on the sitting portion (21) and contacting the lower portion of the buttock with the lower portion of the back portion (31), and I UMIVAIPUaPJill ' iJUtWLiMMwniK jj·.. . . . 1 —

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---- No. 911fU1F; Fi__年月 J 5. Inventive Note (16) and straighten the chest vertebrae to contact the middle part of the back (3 1). In the medical point of view, the buttocks sensor (3 3 ) and the spinal sensor (3 7 ) strengthen the appropriate chest expansion and straightening the vertebrae so the spine column is erect and static in physiological function, and in the lumbar and vertebrae Minimize this movement and stress. A still further embodiment of the invention relates to an inductive device having an inductor in contact with the occupant's leg bone, pelvic bone, shoulder scapula and/or rib. For example, Figure 1 and Figure 19 illustrate the present embodiment in combination with a chair (65).

In the present embodiment, a pair of inductors (third back sensor) are disposed on the back _(31 |) except for the portion including the above-described buttock sensing mode. After that, the third back sensor 4 disposed on the back (3 丨) is shown as "shoulder bone sensor (BLS) (35) and (35, wide, as shown in Fig. 10, the shoulder blade sensor (35) and (35,) placed on the upper part of the back (31) of the shoulder blade and/or rib contact. When the occupant straightens his/her spine and expands the chest, the shoulder blade and / rib contact the sensor. Separate the two shoulder blade sensors (35) and (3/') horizontally along the vertical line (v) in the middle of the back. ^ It is best to set the shoulder blade sensor (35) to the back 9V. The surface of the rear part of the seat (21) counts 30 cm

The part, ' ί : : = i:: on the surface has a - pair of thin sensors u5) and (35 natural physical depressions and can be the shoulder 'values (3" and (39, 乂 = the protruding part. In the figure, the vertical extension on the surface is shown on the back of the sub-(8)) (3" on the back (3" the sag point (39) and (39,) 1246412 _ case number 9jj〇4j55. 17) ^------- Correction and separate the scapula sensor (^, part (39) and (39,)." ld5) in the car seat with the protrusions in the _, Αφ: Each of the backs: J is similar to the seat shown in Fig. 12 (the utility model has a pair of side auxiliary members for supporting the side of the seat, and the side sides (ribs) of the side auxiliary members are visible. The type of (39,) is similar to the above-mentioned protruding portion (39) and the scapula sensor (the above-mentioned 4b side auxiliary 椹" (3 5 ) can be placed in contact with the rib (4)'). °/Κ12 in 'value(4)) and (3) and (35, 7 settings: structure:; 丨: and respectively on the shoulder blade sensor. 罝 on the opposite side of the auxiliary member (40) And (4〇,) the operation mode of the induction device of the present embodiment is indicated here as "bone induction mode" including the seat salty geese crying ^ 9 qm A 何 徂 徂 应 ( (23 ), hip sensor ( 33), the scapula sensor (35) and (35,) and the control unit i9 two your shoulder blade sensing mode of operation is similar to the hip sensing mode and the spine sensation mode connection. Hey, when the occupant sits on the seat Contacting all of the sensors (23), (33), (35) and (35,), the micro-electric ii brain (91) maintains the response mechanism (95) in an unresponsive state. When the occupant does not touch the sensor When at least one of the sensors (23), (33) and (35) and (35'), the microcomputer (91) commands the response mechanism (95) to respond, and when the occupant corrects him/her In the sitting position and in contact with all the sensors (23), (33), (35) and (35') again, the microcomputer (91) commands the response mechanism (95) to stop generating the response signal.

ι ι^ϋ Page 24 1246412 I—_91104155___年月日日_修正___ V. Invention Description (18) As mentioned above, a person sitting on a seat with the sensing device of this embodiment can have the best sitting posture 'The leg bone is stably placed on the seat (21) and the contact sensor (23) 'positions the lower part of the back (31) below and behind the buttocks and contacts the hip sensor (33), as well as on the back ( The upper part of 3 1 ) contacts the shoulder blades (35) and (35,) by straightening his/her spine and chest to allow the two shoulder blades and/or ribs to contact the scapula sensor. In the medical opinion, 'chasing a π τ i . --, ^ ^ ^ (35) and (35') help and force the occupant to expand the chest, reduce excessive kyphosis, encourage deep breathing, and hope to make The spine is lined up to reduce depression and minimize muscle and bone pressure in the vertebrae, cervical and lumbar spine regions. A further embodiment of the invention relates to an inductive device having an inductor in contact with the occupant's leg bone, pelvis bone and cranial. For example, Figures 9 and 18 illustrate that the sensing device of the present embodiment is combined with an office chair (63) (or passenger seat) having a headrest. Pass = Set the headrest to the seat as the component of the back of the seat. The φΐΪΪ’ passenger with his straight neck leans his/her head against the side of the head; i II, however, in the general case, the sleep passenger unconsciously gives the passenger next door (four)’ not only to others

Neck: ί:: Yes' Over-tilting on the side of the head will inevitably cause excessive movement with the tilted head/strap, lacing and tendons. In order to avoid unintentional rest posture including the above-mentioned buttocks, in the present embodiment, the fourth back sensor is set except for the part of the ~~~---^ mode.

__ Page 25 1246412 Case No. 911041.3⁄4 V. Description of invention (19) on the back of the back (31) (30). As shown in Fig. 9, the fourth back sensor is placed in the middle portion of the back (3 )) of the back (3 1 ), and when the occupant makes his/her head rest on it, the skull bone Contact the above sensor. After that, the fourth sensor set in the headrest (3〇) is not the "head sensor (HRS) (38)," the operating mode of the sensing device of this embodiment is indicated here as &quot The head sensor type includes a seat sensor (23), a hip sensor (33), a head sensor (38), and a control unit (go).: The operation mode of the mode is similar to the hip sensing mode and the spine. Sense::~2: That is, when the occupant sits on the seat and touches all the feelings ^, (33), and (38), the microcomputer (91) keeps the responding mechanism (9 5) unresponsive When the occupant does not touch any of the sensors (23), (33), and (38) ΐοΐίί, the microcomputer (91) commands the response mechanism to respond, and when the occupant corrects his/her sitting posture and then Some sensors (23), (33), and (38) are microcomputers (91il causes the response mechanism (95) to stop generating the response signal. As described, a person sits in the seat and combines the induction of the embodiment. It has the best sitting position 'leg bones in stable positioning of the seat (21) H 1 seat sensor (23), position the lower and rear of the buttocks at the lower part of 3i) and contact the buttocks sensor (33), and (3;), the middle part of the object (3°) rests in contact with the head sensor private site. In the point of view, the 'head sensor (38) hopes that the bone road and the neck i line up in a line to reduce the depression and in the vertebrae and neck (cervical)

ϋΗ page 26 1246412

Minimize muscle and bone pressure, so the head and lumbar spine areas can be balanced. In the condition of the car seat, the occupant is safe. In this situation (not shown). Set the seat belt to the seat to ensure that the 'can be set on the seat belt when the sensor of the present invention is set to the seat _, l port, is to help the possession f sit in the correct seat 4, and remind the occupant To fasten your seat belt. The port is again set; ^ the sensor of the seat belt is expressed as "belt sensor, including seat sensor: 23), and / or hip sensor (33), seat belt induction

The mode of operation of the unit and control unit (90) is expressed as "safety,'. Some occupants often sit down and stand up from the seat (21), and may wish to have the sensor without a sensor to use the seat freely. However, when working or learning on the above-mentioned seat for a long period of time, when the buttocks touch the lower portion of the back (31), they want the seat to have a sensor to sit in the correct sitting position. For these occupants, the sensor can be placed only on the back (31). First, only the hip sensor (3 3 ) is placed on the lower portion of the back (31) such that the hip contacts the buttock sensor (3 3 ) during a certain time during which he/she is working or learning, The occupant is free to use the seat. The operation mode of the sensing device including the buttocks sensor (3 3 ) and the control unit (90 ) in this embodiment is herein denoted as "the basic sensing mode π. The operating procedure of the basic sensing mode will be described later. The second 'except the hip sensing In addition to the device (33), the sensor can be further disposed on the back (31), that is, the hip sensor (33) is basically

Page 27 1246412

Set on the back (31), and at least one sensor such as the spinal sensor (37), the shoulder blade sensor (35) and (35') and/or the head sensor provided in the sensor of the back (31) The device (38) is placed on the back (31). 1 This embodiment includes a plurality of sensors and control sheets 70 (9G) disposed on the back (31). The operation mode of the sensing device is herein denoted as a π back sensing mode. π. An example of the operating procedure for the back sensing mode is as follows. When the seat has a back (31), (4) (31) has the above-mentioned buttock sensor (33) and the spinal sensor (37), and the seat is not provided with a sensor, first, the occupant can freely use the above-mentioned sitting Without touching the back (31). 〃 If the occupant wishes to work or study during a specific time, he/she can sit in the correct sitting position and touch the buttocks with the buttocks (Μ) and the vertebral column contacts the spinal sensor (37). When the occupant contacts the receivers (33) and (37), the two sensors are respectively generated/transmitted back to the microcomputer (91). Once the sensor (33) is received. ° ^ When the signal, the microcomputer (91) makes the response mechanism (95) ^ should be in the state. The sensor does not receive the sensor when the occupant does not touch the sensor (33) or (37). The sensor does not generate/transmit the signal to the microcomputer (91). The number of signals received is less than the preset of the sensor. The number, the one (91) orders the responding agency (95) to generate a response signal two p ¥ 0. Therefore, when the responding agency generates a response signal, the possession is afraid that he/she does not touch the sensor (33) and (37) ). After, after, the occupant tried to have a sitting posture with the buttocks touching the buttocks

Page 28 1246412 _ Case No. 911 〇 _ 曰 曰 五 五 五 五 五 五 五 五 五 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Then, when all the signals of the sensors (33) and (37) are transmitted to the microcomputer (91), the microcomputer (9 1) instructs the response mechanism to stop generating the response signal. All the sensors used in the sensing mode to date (ie seat sensor (2 3 ), spinal sensor (3 7 ), shoulder blade sensor (3 5 ) and (35') and head sensor (38 )) are possible Set together in one sitting and up. 〃 Furthermore, sensors for specific targets may be placed in specific parts of the seat or back. For example, a patient with a scoliosis <sc〇li〇sis> can be placed on the right or upper left portion of the back. In some cases, the seat has a plurality of backs that are attached to the upper portion of the L-shaped support member (25) of the body of the seat/21) to secure the occupant's (4). The various forms of the invention explained so far can be implemented in these forms of seating by providing corresponding sensors for these forms of seating. η丄 The chair (π) in Fig. u has a seat (u), a seat Μ 1, , , a seat sensor (2 3 ) and two small backs (31 ), and two are disposed thereon. The buttocks sensor (33) 盥 (33,) and - should be called (35,). The second (four) 狎 = should be the device and the surface, the outer end part (or below, the middle / ) of the lower ^ T between the surgical injury to contact the lower rib of the body. If the spine sensor (3 7) is now produced in the π a will be the spine sense of the library / the form of the seat, can be Η / (in the two small back (31) * (31,)

L-type support in the space between the 槿.,.U

------- Again. As a further example, 1246412 amendments say 911〇41!ϊΡί 5. Invention Description (23) Two spinal sensors (37) and (37,), can be individually placed on two small backs (31) and (31,) (extremities) (45) and (45,). Still further embodiments of the present invention relate to infant fixation devices. The device should be as described above, the baby, the fixture may be any, the seat... the car seat, the lathe, the stroller, the babies: the equipment (baSSlnet), the shopping cart, the child carrier, the baby dream basket , swing, crab chair (crib / = er), high chair, fixed baby stand, and more, and provide a combination of features. The definition of the position of the device is - the base portion and the back frame portion, the thigh bone and/or the bone plate for the base, and the back frame portion are used to support the back of the occupant. Protection: ΐ right; the pediatric device is designated to provide support and/or substantially, ^ ^ ^ w ^ and can be homing even in a sitting or tilted position. However, the infant fixture has the following deletions. Suddenly, if the car has an accident or a full belt. '如', ', D, 蔓 里 之 shi shi shi shi 及 及 及 及 及 、 、 、 、 、 、 、 、 、 : : : : : : : : : : : : : : : : : : : : : : : : : : : : In these children's car seats, or even climb out. 1, often difficult to decide whether the seat belt is expected ..., 丨 page 30th page 1246412 month _ _ case number 91104155 five, invention description (24) or whether any activities of children may have made their lock (latch) The institution is open. If the baby stands up or slides out of the stroller seat, the mother's focus on driving may hinder driving due to fright, which may cause an emergency stop, no warning accident or collision. To overcome these deficiencies, the various embodiments of the foregoing sensing devices of the present invention may also be practiced in an infant fixture.

The sensor arrangement in the foregoing embodiment is positioned at a base portion of the infant fixture, and a back frame portion that is associated with the occupant's thigh bone, buttocks, spinal column, shoulder blade and/or rib, and/ Or head contact. For example, in Fig. 23, a seat sensor (23), a hip sensor (33), a spinal sensor (37), and a head sensor (38) are disposed in the baby fixture (131) (children's car) The base portion (133) and the back frame portion (35) of the seat). Connect these sensors to the control unit (9 〇) via wires (not shown).

The stroller seat generally includes a rough L-shaped precision shell type plastic material that is half open by covering the stroller seat with its rising edge curved portion. The shell-shaped inner surface is often filled with a layer of filler material. In this case, these sensors are placed in the fill layer. A still further embodiment of the present invention is directed to the sensing device of the present invention in combination with an auxiliary mechanism for use with a doll. As mentioned above, the auxiliary mechanism for the doll includes any type of device such as a car seat, a small high chair, a rocking chair, a doll carrier or any other device that can hold, carry or support a doll.

1246412

f supports the femur and/or buttocks of the occupant (the doll part is adapted to provide support) and the back of the occupant. Month Generally, the auxiliary agency designates the occupant (doll) and restores it. Used to provide support and / or substantial protection and even in the sitting or tilting position can be early and / / 2 years of play is not aimless, but the process of the most recent development of the apprentice relationship contains imitation behavior, which has been Or teach the act of acting as a child. Complex &amp;,, therefore, if the child has repeatedly listened to and/or taught to have the correct sitting posture of the doll in the immortality, so that he can at least obtain a pure straight solution without considering the nature of a good sitting posture. I. In the foregoing point of view, the main purpose of this embodiment is to construct a child who can repeatedly teach the doll to have a sitting posture in the cradle. In order to achieve these objectives, the various sinus embodiments described above of the sensing device of the present invention may also be implemented in an auxiliary mechanism. ' Positioning the sensor in the foregoing embodiment on the base portion and the back frame portion of the auxiliary mechanism, and the thigh month, the moon mouth P, the spine column, the shoulder blade and the occupant of the occupant (doll) / or ribs, and / or head connection Figure 21 illustrates a rectangular cradle (121) made of synthetic plastic material. The cradle 021) has an abdomen protruding bottom wall (123) for accommodating the doll, and the sensors (23), (33) and (37) are disposed therein. In Fig. 22, the baby doll that can be touched with the sensors (23), (33) and (37) in the bottom protruding wall (123) placed in the abdomen is 1246412, which is amended by the child number 91104155. 5. Inventive Note (26) ( The 1 〇 1 摇 cradle (121) functions as a rocking chair. The re-continuation of the ~ f is a conventional wrap about the present invention. The wrap wm protects the baby. The blanket or sheet of the sexual substance Item 匕 赉 赉 之 定 定 定 = = = = = = = = = = = = = = = = = = = = = = = = = = = = In the market, some of the wraps will be converted = boxes of straight goods ^$ΐ g), pads. It is also known in the form of a baby seat or carrier and an indoor folding mattress. Seat; in the infant, the wrap mechanism defines - bottom and / or buttocks, Λ 部份 partially contacts the occupant's thigh bone and the back frame partially contacts the occupant's back. The soil ‘sleeping children lie on a blanket or air cushion while the mother is doing other things while sleeping. And while in sleep, the baby will shake the expected position in the seat (blanket, mat) and move, causing unexpected accidents. Second-times may sometimes lead to overcoming this deficiency, and it is also possible to implement a variety of embodiments of the present invention in the wrap. f The sensor in the previous embodiment is provided with a positioning back; a portion that is in contact with the occupant's femoral condyle, the scapula and/or the rib, and/or the head. (3) Don't worry about the hip sensor (33) and the spine sensor blanket (Γ41Γ's underside of the occupant's buttocks and spine bones---!__j hurt the upper part of the 〇 through the wire (Figure中未第33页1246412

_ Case No. 91104155 V. INSTRUCTIONS (27) Show) Connect these sensors to the control unit (9 〇). Figure 25 illustrates the wrapping mechanism blanket (丨 4 1 ) of the present embodiment placed on the stroller seat (151). The numerical numbers (143) and (145) specify ^ = to receive the seat belt and the numerical numbers (丨5 3 ) and (丨5 5 ) individually specify the base portion and the back frame portion of the child car seat (1 5 i ) Share. Therefore, the sensing mechanism provided in the child fixture, the auxiliary mechanism and the wrap mechanism is intended to maintain the child in an appropriate, posture-corrected seat position, and in particular in any situation, is very helpful in caring for, educating and transporting the baby, Young children or children, and make parents feel great relief. Still further embodiments of the invention relate to the inductive device of the present invention, such as a cover, a cushion type support member and the like, for use in a seat. Generally, the cover is placed on the seat to protect and maintain the structure of the surface and the seat, and the seat cover member is covered with a cushion member in the seat, and the seat cushion type member is disposed in the comfort, hygiene and/or treatment. The waist of the occupant is painful. :-Generally made of natural or synthetic materials like linen, fiber, leather f field soft hair or corresponding plastic. Figure 14 illustrates the genus, the heart" by the member in the rectangular perimeter frame by a metal plaque:: string, decorative rope, rod or other network, or a disc-shaped or hard material member. Figure 15 illustrates the seat cushion type support furnace Du r other and other light and hard materials made of such as plastic or rope, mcro. R.T.M fixed writing according to the other. May adopt like

HJHI (bolt) and nuts, etc. Two t buckles, sieves ------_ f ^^ solid or attached mechanism will go

Page 34 1246412

Cover or middle, number of cushion type cover members covered as vertical cover portion is fixed to the seat as a back cushion type support member. The cover (70) is designated by a rope in Fig. 14 and Fig. 14 (74), and the support member (75) is used to fix the seat. Here, the term, overlay - is used to mean "cover" and, cushion type support members, . The cover member = has a suitable size to be suitable for a general seat. When the cover member is placed on the seat, the cover member has a seat cover (71) supporting the occupant's thigh bone and the pelvis, and the back is positioned above the seat and supports the occupant's back. Correct

In the chair of the head, the covering member may have a portion of the head covering portion (73).

It is also possible to implement the foregoing two embodiments of the sensing device of the present invention in the covering mechanism. The inductor in the foregoing embodiment is disposed at the location of the cover = when the cover member is placed on the seat, which is associated with the occupant's thigh bone, buttocks, spinal column, shoulder blade and/or rib, and / or head contact. For example, in FIG. 14 and FIG. 15, each of the above-mentioned spine induction molds is performed in the cover 70) and the cushion type support member (75), that is, the seat sensor (23) and the hip sensor (3) are A seat covering element (71) and a back covering element (73) are disposed on the cover (7〇) and the cushion type support member (75), respectively, with the spine sensor (37). Connect these sensors to the control unit () via wires. The sensor selection switch can be selectively placed in the switch portion (93) for the occupant to select the sensor that he/she wants to operate in the sensor of the seat. When a sensor selection switch is set in the switch portion (9 3 ), the microcomputer (91) programmatically processes the plurality of sensors corresponding to the selected sensor group.

Ι1Η第1246412 曰 ---iU〇4j55 _年月五, invention description (29) mode operation. Usually, the microcomputer (91) in the memory of one or the other is not placed in the seat 2 and / A all sensor data, number information, and a π ~ 丄丄 分 ^ The above-mentioned and/or strictness of the generated information and the predetermined program; and the microcomputer (9&quot; stylized to distinguish the nickname generated by the two: compared to some and/or all of the above sensors ^ the number of signals transmitted and the number of the above-mentioned &quot;some&quot; and 7/ or all of the sensors preset in the predetermined program, and whether the response mechanism responds according to the predetermined program. Therefore, when a plurality of sensors are to be received When a sensor selection switch is set in the seat, the data of the sensor group corresponding to the above sensing modes is stored and processed in the microcomputer (9丨) memory. The sensor group selected by the sensor selection switch includes at least Hip sensor (33), and may be divided into the following: 1. Hip sensor (33) 2, seat sensor (23) and hip sensor (33) (37) [Λ seat sensor (23) (35) , (35,) &gt;, seat sensor (23) (38) 3, seat sensor (23), hip sensor (33) and spinal sensor 6, seat sensor (2 3 ) (35), (35,) and head Sensor (38) 7, hip sensor (33) and spinal sensor (37), hip sensor (33) and patella sensor (35)

Page 36 Hip Sensor (3 3) and Tibial Sensor Hip Induction II (33) and Head Sensor Hip Sensor (3 3 ), Tibial Sensor (35,)

1246412 寒Μ_9】104155_年月_θ_^正五, invention description (30) 9, hip sensor (33), patella sensor (35), (35, head sensor (38), etc. When the seat belt sensor is placed on the seat, it is equipped with a seat belt, which can be added to this type. 5 For example, when the sensor selector switch is set, it is placed in the chair (61) ( The switch portion (93) has a seat sensor (23) sensor (33) and a spinal sensor (37), and the occupant can have his/her desired sensing mode. First, when the sensor When the selection switch is switched to only select the hip (33), the microcomputer (91) processes the basic induction module described above including the hip sensor (33) and the control unit (9〇). First, when the sensor selection switch is When switching to the selected seat (23) and the hip sensor (33), the microcomputer (9) handles the basic sensing mode including the sensor (23) and (33 Guangheyuan (9 0). First, although the sensor The selector switch is switched to select the seat η! part sensor (33) and the spine sensing, 3" Time to geography the above basic sensing mode (,, and (3) and control unit 栝 应 (33): ridge: Ϊ Ϊ 选择 selector switch is switched to select the buttocks (33) and the vertebral sensor ( 37), when, and the seat is divided into Figure 7, the hip selection part of the inductive path sensor above the control single sensor, the micro-electric sensor above the control list = mode of the program includes the sensor (heart =

1246412 Case No. 91104155 V. INSTRUCTIONS (31) The selector switch allows the occupant to freely switch the sensing mode through the corresponding sensor selected by the sensor selection switch. It is possible to set the same type of sensor in a continuous or spaced manner for the occupant to select a sensor positioned at his/her desired location. In Fig. 13, the same seat sensors (2 3 A ) and (23B ) are respectively mounted to the front and rear portions of the seat (2 1 ), and the same hip sensor (33 A ) and (33B) Mounted to the back (31) side to side. When the occupant wants the hip sensor (3 3 ) to be placed slightly upward in the lower portion of the back (3 1 ), he/she can select the hip sensor (33B), and, conversely, when he/ She wants to position the end of the lower part of the back (31) and he/she can pick the hip sensor (33 A). Similarly, the occupant can alternately select the seat sensors (2M) and (23B). Through such an arrangement, the occupant can select the sensor that he/she wants between the same sensor by the sensor selection switch. The sensor of the present invention can be installed on the outer cover cloth and leather of the seat and the back. Under vinyl or any other synthetic material. Furthermore, it is possible to mount the sensor on the surface of the seat and back. The sensor can be placed in such a manner that the tip of the seat (21) and the back (31) is slightly convex, so that the body of the occupant is easily accessible. For example, as shown in Fig. 8, the inductor (37) in Fig. 7 can be arranged in a slightly convex shape on the surface (36) of the back (31). Pure open &gt; The condition of the smart chair may be formed to match the size of the sensor

Page 38 Amendment

1246412 __銮91104155 V. INSTRUCTIONS (32) Holes in the shape to accommodate the sensor. The switch portion (93) has several kinds of switches. The first switch may be a power supply switch for selecting an "on/off mode" of the power supply (97). The second switch may be a response device selection switch 'which is capable of switching between the above response devices An audible signal, a video signal, and/or a vibration signal is generated. The third switch may be a sensor selection switch 'which enables the occupant to select the sensor he/she wants. The fourth switch may be a time adjustment switch' adjustment standard Fixed time to delay the response of the response mechanism (95). The sensing device of the present invention provides a further advantage in guiding the occupant to maintain the neutral spinal position. It has been proposed to evenly distribute the weight of the upper body portion of the occupant. The back of the seat is used to maintain the position of the neutral spine. Generally, when the occupant tilts the upper body backwards with the upper portion of the back, the backward pressure applied to the upper portion of the back of the occupant is greater than the lower portion of the back of the buttocks of the seat in the above case. &lt; Therefore, the greater the backward pressure of the upper part of the back of the occupant, the more the lumbar spine is protruding forward. Will cause the lordosis of the spine to exceed too much, generally known to be the most common cause of lower back pain and sciatica. Therefore, sometimes the back pressure of some parts of the back of the occupant is not greater than the occupant Backward pressure on other parts of the moon to maintain the neutral spinal position. Further embodiments of the present invention provide for this purpose; although the portion (31) includes a plurality of sensors (ie, the buttocks sensor) And (, the spinal sensor (3 7), and/or the scapula sensor (3 5 ) ^)), the sensor may include a weight detecting sensor, which may be the back of the occupant of the back (31) Backward pressure

Page 39 1246412

_ Case No. 91104155 V. Weight of invention (33). Second, degree. Sensor of any sense. (37)) (33)) In the memory, the device is used. However, it is better to use the standard preset and storage pressure standards different from the pressure to preset the degree of any sensor. The degree of pressure of each sensor may be the same (for example, the standard of the hip force is the third in any other 'spine sensor's sensor, by distinguishing whether the pressure exceeds the preset standard or not, to check the application to each sensor. The pressure. ^ ΐΧ degree, the micro signal.

Fourth, when the pressure applied to the sensor exceeds the standard computer (91) commands the response mechanism (95) to generate a response. Preferably, the response signal is an audible signal to inform the occupant that the pressure is exceeded. Fifthly, when the responding agency (95) generates a response signal, when the occupant recognizes the response signal, the responding agency (95) responds by reducing the pressure applied to the sensor. Ύ &quot; For example, if the chiropractic sensor (37) includes a weight detecting sensor, first, when the occupant contacts the spinal sensor (37), it may generate/transmit a signal to the microcomputer (91). And then, when the occupant leans back on the upper body and the pressure of the occupant's body exceeds the standard level of pressure preset for the sensor (37), according to the predetermined program, the microcomputer (91) recognizes the excess After the pressure, the response machine is commanded to go to the response signal. When the responding agency (95) responds, when the occupant recognizes the response signal, the occupant attempts to reduce: the pressure applied to the spinal sensor (37) to stop responding. Therefore, the weight of the upper part of the occupant may be evenly distributed to the back f of the seat and thereby

1246412 曰 Correction _ Case No. 911041 Dip 5. Invention Description (34) The occupant maintains a neutral spine position. Responsive agency (95) dimension::^ : ί :: can be arranged so that the time, ί to a specific standard coffee for a short time, as a fixed time when the occupant sits on the seat of the present invention, then contacts all the weiku Test--when he/she may be at the same time (9 使 at the moment he/she is sitting, the response is placed in the thigh bone of the sitting part (21)' first touch the back (31) of the sauce Qiu &amp; x ^ 器 (23), and (33) two) two parts contact the hip sensor

Id d). There is a special time period computer (9i), and the transmission of all signals to the micro (9) at == does not produce back; the daytime period must require that the responder in the shore model t the body to physically touch all Corresponding sensor as a specific response mode' The occupant may feel the need to remove a specific part of the body that is in contact with the short = ^ month (for example, the upper face of the spine a 2 should: "contact the above part of the seat The sensor (example *, ridge, however, if the occupant removes a particular part of the body from the seat if the response mechanism (95) immediately responds 'i when the occupant continues to move his/her body for a short period of time Further response to repeated occurrences is not only inconvenient, but also makes the occupant unhappy and nervous. Therefore, when the occupant should remove a specific part of his/her body, the response body (95) must also be maintained. The standard state continues to be fixed. ^ As mentioned earlier, during the transfer of all signals from the sensor to the microcomputer (91), even if the sensor is not transmitted to the micro

Page 41 1246412 Case No. 91104155

V. Description of invention (35) The number of apostrophes is the same as the preset number of 感应 感应 sensors, which should be arranged in such a way that the time is not enough, or the instruction that does not reach the standard fixed time 'will delay the microcomputer 〇 1) activates the response mechanism (95), thus keeping the response mechanism 95) in a fixed state. Briefly, the microcomputer (91) can be programmed to maintain the response mechanism (95) in a fixed state for a given standard time&apos; and after the fixed time has passed, the response mechanism (95) is allowed to respond. A known time counting mechanism, that is, a timer (not shown) is provided as a calculation of the above-mentioned standard fixed time. Preferably, the standard fixed time may be approximately 3 seconds. It is possible to change the standard fixed time to other desired times like i seconds, 5 seconds, 60 seconds... and so on. With this arrangement, the response mechanism may be prevented from randomly generating a response signal when there is a certain period of time for the occupant to contact all of the corresponding sensors as a particular sensing mode. 〜~, now, using the sensing device explained above in the present invention, a method is described for sensing the sitting posture of the occupant and encouraging the occupant to have the optimal sitting posture. In Fig. 20, it is explained in the main flow chart of the processing program of the microcomputer (91). According to the above, in the block (80), the power supply switch is turned on and the processing flow is started. When the following block (8丨) indicates, the next command is detected by the sensor and transmitted to the microcomputer (9丨). The signal appears or not.

In block (81), the presence or absence of a signal transmitted from the sensor is checked and it is determined that the response mechanism is maintained in an unresponsive state when no signal is transmitted by the sensor, or when at least one signal is present. Step forward to the next block (83,

瞧 page 42 1246412 Amendment _ Case No. 911041; ^ V. Invention Description (36) Note that it is normal here, when no one is sitting on the seat, no statement is generated / transmitted to the snow and snow Q 1 , , r , A q 引相电细 (91 ). Similarly, in a specific induction Ϊ兮: ί 坐在 sitting on the seat and touching all the corresponding sensors 二 有 # Some people stand up and do not touch all sensors, no signal is generated / transmitted to the microcomputer (g 丨). If no signal is detected, the decision &quot;No (N〇),,, therefore, the response mechanism (95) is placed in the non-responding state in the block (82). However, at least one of the received signals is present, and the block (8丨) answers &quot;YES (YES) ··' to direct the step to the next block (83). As described in ^, the number of sensors used as the specific sensing mode and the data as the sensor signal are preset and stored in the memory for the microcomputer (9丨) to process. . In block (83), the step process compares the number of signals transmitted by the sensor with a preset number of corresponding sensors as a specific sensing mode, and determines whether the number of signals matches the preset number of the sensor. . If the number of signals matches the preset number of sensors, the decision &quot;yes&apos; is placed in block (82) in the unresponded state. If the occupant does not touch any of the sensors or touch them later (the sensor is) for a while, when the number of signals does not match the preset number of the sensor, answer &quot;No,,, guide the step to the next Block (85). In the block (85), a timer (not shown) starts counting the preset 3 粆 fixed time. This step is then directed to determine in block (87) whether a 3 second fixed time has passed. In this case, in this fixed time period, the instruction in the microcomputer (91) repeats the indication "No" signal for 3 seconds until the end

Page 43 1246412 ___91104155--year η_correction__ V. Invention description (37) bundle to stop the decision. Then, after a fixed time has passed, it is determined in block (87) that &quot;yes&quot;, so, in block (87), an instruction is given to respond to the above-mentioned response mechanism in block (89). During this fixed time period, if the occupant contacts the sensor/number that he/she has not touched, it is transmitted to the block (81). As described above, in block (83), the number of signals becomes the preset number of the sensor, and is determined in block (83), which is &quot;, thus in block (82) The number is stopped and the response mechanism (95) is set to the unresponsive state. 4 When the fixed time has passed and the responding agency (95) starts to generate a response signal, and if the occupant recognizes the response of the responding agency (9 5), 'contact him/her does not touch at first. The sensor touched, all the signals are transmitted to the block (81), and then the number of the signals becomes the preset number of the sensor'. In the block (83), the decision is 'Yes', so in the block (82) stopping the response of the response mechanism (95) and setting the response mechanism (95) to an unresponsive state. As described above, the occupant physically contacts all corresponding sensors in which the specific sensing mode is, It may be felt that it is necessary to remove a specific part of the body from the seat, wherein the body-specific parts contact the upper part for a short period of time and thus do not touch the sensor provided in the above part of the seat. In this case, the number of signals transmitted to the block (81) is less than the preset number of the sensors, and the processing steps are again performed via the blocks (83), (85), (87) in the same manner as previously described. Flow Cheng.

1246412 Case No. 91104155 Issue 5, Invention Description (38) The "base sensing mode" condition of the buttocks sensor (33) and the control unit (90) is included as described above, since only the hip sensor (33) is placed in the The seat or the sensor installed in the seat is selected, and the stylized microcomputer (9 1 ) comprises the following two different operation steps. When the occupant sits in the seat and contacts the hip sensor (33), the hip sensor (33) generates and transmits a signal to the microcomputer (91). Upon receiving the signal, the number of signals conforms to the preset number of the hip sensor (33), and the microcomputer (9 1 ) maintains the response mechanism (9 5 ) in an unresponsive state in the same manner as described above. Connect to other sensing modes. When the occupant moves the buttocks from the buttocks sensor (3 3 ), the buttocks sensor (33) stops generating/transmitting signals to the microcomputer (91). In other sensing modes, it means that no signal is transmitted to the microcomputer (91), and the micro-computer (9 1 ) sets the response mechanism (9 5 ) in an unresponsive state. However, as the first different operational step, when the sensor (3 3) stops transmitting the signal as the first time, even if there is no signal transmitted to the microcomputer (9 1 ), the response mechanism (9 5 ) is commanded to generate a response. A signal to inform the occupant that he/she is not in contact with the sensor (33). When the responding agency generates a response signal, the occupant becomes afraid that he/she does not touch the sensor. After the response, the occupant immediately corrects his/her sitting posture as soon as the signal is recognized, so that the lower and the lower side of the buttocks are in contact with the lower portion of the back, and the hip sensor is re-contacted within a certain standard time period. Therefore, the signal of the sensor (33) is again transmitted to the microcomputer (91)' and the response mechanism (95) is stopped to generate a response message.

Η page 45 1246412

The second different operational step, if the occupant continues to not touch the hip sensor (33) and no signal is transmitted to the micro-electricity (91) within a given standard time period, passes through the standard time period | The microcomputer commands the response mechanism (95) to remain in an unresponsive state. With this arrangement, the present embodiment encourages and forces the occupant to have the correct seat # while working or learning during a particular time, and more allows the occupant to freely use the seat. Although the device of the present invention and the method actually used have been explained herein, the occupant's erroneous sitting posture can be changed to the correct sitting posture in the seat so that the person can concentrate on the work without feeling any fatigue or not. Shu = 蒌 蒌 、, or lower back 胄. And especially for children and adolescents, they can sit in a chair and sit in the correct sitting position. In short, using the second device of this hair 'first A person can develop the habit to have the best sitting - first, he / she can develop a good straight body, third, he / : to =; lumbar nerve Pain, excessive lordosis, dry back and vertebral physiology 1 and the fourth 'he/she can have erect too erect in the old age 2. The description of the invention is so much' familiar with this memory should be understood in the 2 Ming Many modifications may be made without departing from the spirit and scope of the invention. Attempts include: 匕: or change 1 included in this creative intent;

Page 46 1246412 _ Case No. 91104155 V. Description of Invention (40) Year Month 修正 Corrected the scope of interest. For example, some seats have an adjustable back that can be moved to the rear, vertical, and front and rear directions. The sensing device of the present invention can also be placed in a seat that incorporates these types.

Page 47 1246412 Brief Description of the Drawings Figures 1 and 2 illustrate the correct and incorrect sitting posture of the individual sitting in the chair and seat, respectively. Figure 3 and Figure 4 are side views of the person sitting in Figure 2, imagining the most appropriate skeleton model. Figures 5, 6 and 7 are perspective views of the sensing device of the present invention in a chair and seat. Figure 8 is a cross-sectional view taken along line Μ - Μ in Figure 7. 9 to 15 are perspective views of a seat such as a chair, a seat, and an accessory thereof to which the sensing device of the present invention is applied. Figures 16 through 19 are block diagrams of an inductive device in accordance with the present invention. Figure 20 is a flow chart showing the main normal operation of the operating procedure of the sensing device of the present invention. Reference numerals may be used to refer to corresponding components in the figures. Figure 2 illustrates a perspective view of an example of shaking k as an accessory for a doll. Figure 22 illustrates the cradle in Figure 21 with the baby doll in the bean and the role of the rocking chair. Figure 23 illustrates an example of a see-through child car seat as a child support mechanism. Figure 24 is a plan view of a blanket as an example of a child wrapping mechanism. Figure 25 is a perspective view of the blanket placed in the early seat of the phoning straight temple/jiuchang long brother in Fig. 24. [Simple description of the component symbol] 21 Seat 22 Support foot 24 Seat sensor 25 Support member 30 Headrest 1246412 A_R. 曰 Amendment number 91104155 Simple figure description 31 Back 32 Open a 34 Hip sensor 35 Handrail 35 Month oracle bone Sensor 35' Moonbone sensor 36 Surface 37 Spine sensor 38 Head sensor 39 Protrusion 39, Protrusion 40 Side auxiliary member 40' Side auxiliary member 45 Internal end 57 Chair 59 Chair 61 Chair 63 Chair 65 Chair 67 Chair 69 Chair 70 Cover 71 Seat Cover Element 73 Back Cover Element φ

Page 49 1246412 Case No. (4), a positive pattern of the figure 75 Supporting member 77 Supporting element 90 Control unit 92 Microcomputer 93 Switching part 96 Response mechanism 98 Power supply 101 Baby doll 121 Cradle 123 Highlighting the bottom wall 141 Blanket 151 Child car seat 153 base part 155 back frame part

Page 50

Claims (1)

1246412 Γ----M^imm_年月日日 Revision___ VI. Patent Application Scope 1 · A sensing device used on a seat to encourage and force the occupant to have the best sitting position, the seat has a seat portion and a back portion supporting the occupant's thigh bone and bone plate, the back portion supporting the occupant's back, and the sensing device comprising: two or a plurality of sensors for contacting the occupant Or starting the sensor to generate an electronic signal, and transmitting the signal to a microcomputer, the sensor is disposed on a seat that is in contact with the body of the occupant; and the second microcomputer is configured to store the memory set in the seat on the seat The signal data generated by each sensor of the sensor data, and the number of sensed persons in a predetermined program; and further stylized to distinguish which sensor is generated by the sensor, compared by the sensor The number of signals transmitted and the number of sensors preset in the predetermined program, and whether the response mechanism is commanded to respond; a response mechanism, according to the command of the microcomputer The response signal includes a device for generating an audible signal, a video signal and/or a vibration signal; a switch unit having several switches; a power supply, an AC power supply supplied by a battery or via a socket The one or more sensors, the microcomputer, the response mechanism, the switch unit and the power supply are electrically connected to each other; and the microcomputer is programmed by the predetermined program; the computer transmits the signal transmitted by the sensor, if No signal is detected, and the microcomputer keeps the responding mechanism in an unresponsive state; 1246412 Λ _ Β , , : The scope of application for a patent ^ ^ ^ occupant contact or start the sensor set in the seat, and the number of signals suitable for the microcomputer by 2 corresponds to the preset number of the sensor f The response body maintains an unresponsive state; when the occupant does not touch or activate at least any of the sensors, the responding mechanism responds by the number of signals that smash the computer is less than the preset number of the sensor. Signal, when the occupant recognizes the field #回靡, but β can or ～ 保持 0, stop responding, and correct his/her sitting posture, contact 〆 again to start all the preset number of these sensors. The occupant of the sensing device has the seat, and has a seat supporting the sensing device on the seat portion, wherein the sensing device includes one or more senses to generate an electronic signal for setting and possessing A microcomputer, in its data, the number of sensors in each sensor, combined with a seat, which can be used to encourage and force the optimal sitting position of the seat, the thigh bone of the substantial level of the seat and And supporting the occupying device for the use of the above-mentioned seat for transmitting and transmitting the signal generated in the memory above the body contact; and further converting the signal, comparing the middle portion and a substantially vertical back, and the The back of the back is fixed and the pelvis, and the back of the occupant; the occupant contacts or activates the sensor microcomputer, the sensor the seat and/or the back signal to the setting of the seat in the data, step by step The sensor on the inductive seat and a predetermined program to distinguish which signal is transmitted by which device 1246412 And whether the responding institution responds to the predetermined program; a response body, according to the device included in the device; the preset number of the sensor is used by the microcomputer to generate an audible signal, a video message, and a command to regenerate Response signal, the switch and/or the vibration signal, a switch, with several switches; = source supply state, battery supply or AC power supply via socket, /, or multiple sensors, microcomputer, response mechanism The switch unit and the power supply are electrically connected to each other; and the secret computer is programmed by the predetermined program; the microcomputer checks the signal transmitted by the sensor, the # no signal is detected by the debt, and the microcomputer maintains the response mechanism The response state is maintained when the sitting device is in contact with the sensor disposed in the seat, and the number of signals transmitted to the microcomputer is in accordance with the preset number of the sensor, the microcomputer commands the response mechanism to remain in Unresponsive state; when the occupant does not touch or activate at least any of the sensors: by transmitting to the microcomputer The number is less than the preset number of the sensor. The microcomputer generates a response signal. When the occupant recognizes the response signal, stops responding, corrects his/her sitting posture, and contacts or activates all presets again. The number of these sensors. 3. An inductive device that is inserted into a cover member for a seat to encourage and force an occupant on the seat to have an optimal sitting position, wherein the covering mechanism is for use by the seat, ^ 1246412 VI. Patent application scope The covering mechanism is located in the seat portion of the seat member, and the vertical member of the covering member is placed on one or more cookware of the sensing device and the signal is given to a micro The cover member-microcomputer, the device data, the number of the sensor number and the response mechanism-response mechanism include the device; a case number 91104155 曰 correction has a real occupant and includes a support When the location is located on the seat, the above includes: the sensor touches or starts the computer, and the seat in the memory of the number of sensors generated by the predetermined program generates a response to the program according to the sound--- --- Quality level of the seat and a substantially vertical back, the thigh bone and pelvis, and the back of the back of the fixed thigh bone and pelvis, the pole branch of the occupant's back, you Tao Yu points. Du smoke _ μ费叉7牙13⁄463⁄4 taste the back, the position covering element and a back covering element, the 53⁄4 seat of the thigh bone and the pelvis, and the back a cover of the thigh bone and the bone plate, above the seat cover member, and when the cover supports the back of the occupant, and the cover member is used; the induction sensor covers the material generated in the storage body of the body; In the signal, the pre-occupied occupant generates electricity in a further step with the component and the back information stored in the signal, and the sensor is covered by the sensor. The component covering member, and the number of the zone sensor, the cover member, and the upper portion of the contact; the predetermined program is generated by the transmitted message and the command = computer command to generate a response signal, Respond to the signal, video signal and/or vibration signal ^ 1246412 Amendment -----____ Case No. 91104155 曰 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Stylized with the above predetermined program; = computer verifies the signal transmitted by the sensor. If no signal is detected, the computer will keep the responding mechanism in an unresponsive state; ^ Ϊ Ϊ Ϊ 覆盖 covered by the overlay member* When the contact is set or activated in the number of two sensors, and the signal transmitted to the microcomputer maintains a preset number of the sensor, the microcomputer commands the response mechanism to be in an unresponsive state; Send 蛉::: When there is contact or start at least any - sensor, and by the number of transmission === number is less than the preset number of the sensor, the micro-return;;;: should respond to the signal, when the possession The person recognizes the touch or activates the right I response, and corrects his/her sitting posture, and then receives a preset number of the sensors. And in combination with a baby fixture, to notify the baby in the 4, the baby fixed device w / / six brothers and sisters device combination; to notify the possession of &amp; &quot; and / or the possession The caregiver's caregiver makes the situation encourage the occupant and/or the occupant to fix the occupant's posture, which is, ie, less, to provide support and/or substantially Protecting the possession from having a bottom sitting or tilting position capable of homing; a suitable area ΐ 份: a portion and a back frame portion 16, respectively having a substantial face and a tibia bone and/or bone of the occupant, Plate and back; Page 55 1246412 -- ^ 91101155_Year of the month you &amp;__ _^ VI. Patent application scope / The sensing device is used for the above-mentioned baby fixture; the sensing device includes: one or a plurality of sensors' For transmitting an electronic signal to the occupant when the occupant contacts or activates the sensor, and transmits the signal to a microcomputer, the sensor is disposed on the pedestal portion of the baby fixture and the back frame in contact with the occupant's body Partially; a secret computer storing, in its memory, the sensor data set on the baby fixture, the signal data generated by each sensor, and the number of sensors in a predetermined program; and further Stylized to distinguish which sensor is generated by the sensor, compare the number of _ 2 signals transmitted by the sensor with the number of sensors preset in the predetermined program, and command whether the response mechanism responds; The response body generates a response signal based on the order of the microcomputer, and the response body includes means for generating an audible signal, a video signal and/or a vibration signal. ; switch part, with several kinds of switches; a power supply, supplied by battery or AC power supply via socket; one or more of the above sensors, microcomputer, response mechanism, switch part and power supply are electrically connected to each other And the computer is installed in the above-mentioned baby &amp;institution; and _, the computer is programmed with the predetermined program; the computer checks the signal transmitted by the sensor, if no signal is detected, the microcomputer keeps the responding mechanism Responding to the state; when the field occupant sits on the baby's fixed mechanism to contact the sensor, Page 56 1246412 ^Room 5 Tiger 91104155 Patent Application 曰 Amendment 1 The number of signals sent to the microcomputer is in accordance with the preset number of the sensor: 2 The computer commands the response mechanism to remain in an unresponsive state; 'When the i has When at least one of the sensors is not touched or activated, and the number of signals of the computer is less than the preset number of the sensing states, the response unit sends a response signal; ^Micro 2 the occupant Or the occupant's caregiver recognizes the responsive slogan 'stop responding', corrects the occupant's wrong posture, and the occupant ^ contacts or activates all of the preset number of the sensors. Re- owing 5 · The auxiliary machine of the sensory support occupant has a proper face even if it is seated; and the induction device is equipped with one or the other to generate electricity and the back frame part - the microcomputer should The device supports the care structure, and uses or tilts the base position to combine it with an auxiliary mechanism to notify the caregiver who has =, the owner (doll), and the subsidiary Personnel to correct the position of the occupant, where "to provide a branch and / or to substantially protect the possession of the oblique position to be able to return; and the 'part and one back frame part, respectively, have a real" negative plane and support The occupant's thigh bone and/or pelvis and back are provided for use by the auxiliary mechanism, including: a plurality of sensory signals; and a device for contacting or initiating the occupant and transmitting the sensor The auxiliary mechanism in contact with the body is stored in the memory and stored in the auxiliary mechanism Page 57 1246412 A response mechanism includes a device; a &quot;&quot; data, each sensor is generated signal data, and a sensor object in a predetermined debit; and further stylized to distinguish: which sensor The generated signal, the number of the number transmitted by the sensor is compared with the number of the sensor preset in the predetermined program, and the second person generates a response signal according to the command of the microcomputer, and the response generates an audible signal and a video signal. And/or one of the vibration signals, the switch portion has several switches; a power supply, an AC power supply supplied by a battery or via a socket. One or more of the above sensors, a microcomputer, a response mechanism, a switch unit, and a power supply Electrically connected to each other and disposed on the auxiliary; and #Microcomputer is programmed by the predetermined program; the microcomputer checks the signal transmitted by the sensor, and if no signal is detected, the microcomputer maintains the response mechanism Unresponsive state; when the occupant is placed on the auxiliary mechanism to contact the sensor, The number of signals sent to the microcomputer is in accordance with the preset number of the sensor, the microcomputer commands the response mechanism to remain in the unresponsive state; when the occupant changes position, and the occupant does not touch or activate at least any one of the sensors In the state of 'the number of signals transmitted to the microcomputer is less than the preset number of the sensor', the microcomputer commands the response mechanism to generate a response signal; when the occupant's caregiver recognizes the response signal, stops back 1246412 Amendment _ Case No. 91104155_Year 6. The scope of the patent application should be 'and correct the wrong posture of the occupant, and the occupant touches or activates all the preset number of the sensors again. a sensing device in combination with a parcel mechanism for notifying the occupant and/or the caregiver of the occupant wrapped in the parcel institution to encourage the occupant and/or the occupant The caregiver to correct the posture of the occupant, wherein a bagging mechanism for providing support and/or substantially protecting the occupant, even if it is capable of homing in a sitting or tilting position, and having a lower portion and an upper portion, respectively having a substantially planar and appropriate An area to support the occupant's thigh bone and/or pelvis and back; and the sensing device for use by the wrapping mechanism; the sensing device comprising: 士= or a plurality of sensors for contacting or activating the sensor when the occupant contacts The device generates an electronic signal and transmits the signal to a microcomputer, the sensor is disposed on the lower portion and/or the upper portion of the wrapping mechanism in contact with the occupant; a microcomputer, the device information, and the Which number of sensing numbers is sensed and whether the responding mechanism responds to whether the response mechanism includes a predetermined program generated by the number of sensors in the memory of each of the sensors; the signal generated by the setting is stored; and further Signaling, comparing the pre-set of the parcel data, and stepping the sense to construct the sensor number The predetermined program by the system to distinguish the transmitted channels, and a command: generating a response signal according to a command of the microcomputer, the response to generating an audible signal, a video signal and / or the vibration signal 1246412 ±_B positive Case No. 91104155 t, a patent-pending device; a switch portion having several switches; a power supply, one or more of the above-mentioned sensors supplied by a battery or via a socket, a microcomputer, a response mechanism, and a power supply '% is set to be on each other and is set on::; and 4 the clothing organization is programmed with the above predetermined program; the micro = brain test the induction ^ transmission position, if not (4) the microcomputer allows the response body to maintain In the case of non-response status, ,, 1 to, when the occupant is wrapped by the above-mentioned parcel mechanism, the number of signals transmitted is in accordance with the preset number of the sensor, and the tweezer 2 is maintained in an unresponsive state. The electric shame should return to the time when the occupant changes position, and when the right occupies less - the sensor, by transmitting to the micro contact or starting J the preset number of sensors, the microcomputer lives from The number of rings is less than the signal; the order is returned to the respondent and the occupant of the occupant and/or the occupant There are those who twist the shell once again to identify the person to respond to the originator or start all contact with a predetermined number of the plurality of sensors. 7. According to the scope of the patent application No. 2, 3, wherein the sensor as the seat, cover or the induction device or the wrapping mechanism described in the above includes: 〖: baby fixture, auxiliary will be as ", seat covering component, On the base or on the lower part 1246412 The sensor is disposed at the back of the back part of the part of the ischial tuberosity after the occupant, the base portion or the lower part, the back part of the back frame part or the upper part of the back part Part. The seat portion of the leg bone, the front portion of the seat cover, or positioned in the possession, and the above-mentioned sensor covering the back and the back is placed in the occupied cover member, the back frame portion or the upper face portion 8 Application, in which the mechanism or package will be used as the sensor element, the sciatic bone of the bottom will be used as the back sensor set, the back frame will be along the vertical part of the heart or the upper part of the upper vertebra above. The sensation part of the squatting mechanism, the seat cover is placed at the seat part or the nodular rear part, the back is placed on the part or the upper back, the back line, and the back part, the back piece, the cover part of the further face part The covering element of the portion of the lower cover portion of the underlying cover member of the occupant cover member will be described as the sensing portion covering the inductive capping mechanism described in item 3, 5 or 6, the infant fixture, and the auxiliary cover The following: the seat portion of the upper leg of the base portion or the lower portion, the front portion of the seat cover, or the portion of the seat, the back frame or the upper portion The back portion of the buttocks and the back portion of the back cover member; and the back portion, the back cover member, and the back frame member are disposed in the chest ridge member and the back frame portion of the occupant. Inductive device according to the item or the above part of the item. 1246412 The sensor that is described as a seat, a cover mechanism, or a baggage mechanism includes the following baby fixtures, which are provided as a seat, a seat cover component, and a base portion sensor in the leg bone of the occupant. The upper part of the seat part, the base part or the front part of the lower part: the posterior portion of the ischial tuberosity of the three-seat cover; or the position of the seat on the back will be used as the back and back cover elements , back frame: should be placed on the back of the occupant's buttocks: U gold, the back frame or the lower part of the upper part; and the old $ 盍 : :: step, back cover components, Back frame part or upper face ΐΛ 背部 Back, back covering element, back frame part or top: The upper part of the wound is divided into 'the vertical line of the sensor: along the center of the part or the upper part, The inductive device according to claim 2, 3, 4, 5 or 6 wherein the sensor as a seat, a covering mechanism, an infant fixing device, an auxiliary mechanism or a wrapping mechanism comprises the following Sitting seat The upper luer sensor of the cover member, the base portion or the lower portion is disposed at a front portion of the seat portion, the seat cover member, the base portion or the lower portion of the occupant's leg bone, or Positioned behind the occupant's ischial tuberosity; will be used as the back, back cover, back frame or upper part MM 91104155 VI. Patent application scope 1246412 曰The sensor is placed in the buttocks of the occupant ^-- :, the back part or the upper part of the lower part i = the back 胄, the back cover element will further serve as the back and back The above-mentioned sensors of the cover-B, and the parts are disposed in the portion of the 1::2 frame portion or the upper back cover member, the back frame portion or the bone. The middle part of the injured head part, the auxiliary part, the back part of the back part, the bone part of the sensor surface and/or the surface part, the opening symmetry 1 1 · According to the scope of claim 2, 3, The sensor as the seat, the covering mechanism or the wrapping mechanism includes the above-mentioned sensor substantially covering the back and the back, and at least one of the following sensors is disposed on the occupying cover member, the back frame portion or the upper face portion. a cover member, a back frame portion or an upper portion disposed along the occupant's thoracic vertebrae at an intermediate portion of the back and the back cover; and a pair of the above-mentioned sensors are disposed on the back and back of the rib or the rib The upper portion of the cover, the arrangement of the pair of sensors along the center of the back frame portion or the upper portion, and the placement of a sensor on the occupant's 4, 5 or 6 items; The sensory body, the infant &amp; the female brother's fixed dress is as follows: the lower part of the back part of the buttocks of the component, the back frame part or the upper part; and the device is disposed at the center of the back, Vertical lines, the elements, or on the back frame part of the occupant's shoulder months A shoulder element, on said back frame portion or the back, the back cover vertical lines, another sub-level of the skull above the back, the back cover Page 63 1246412 _ Case No. 91104155 VI. Applying for a patent scope cover component, part of the frame part or part of the upper part + part of the crime of the part of the crime. 12. According to the scope of the patent application 2 or 3 j, the seat has a seat And a plurality of small one-seat covering elements and a back cover covering the seat of the seat, the plurality of small backs of the back; and the sensor for the seat or one or more sensors, The plurality of sensors for the plurality of small backs are disposed at a lower portion of the back portion, or the covering senses at least one of the following sensors to sense the back covering member; In the front portion of the occupied cover element, or the positioning portion; the sensing device, the upper middle: f the above covering member has π $ - 忒 seat covering element placement 4 covering element placed in a Sitting and covering members, comprising the following: a plurality of small backs or a covering cover member, substantially the lower portion of the plurality of small buttocks of a second person's buttocks; The seat or seat disposed on the plurality of back or leg bones is disposed behind the occupant's ischial tuberosity with a sensor positioned in the middle of the plurality of backs of the occupant's thoracic vertebrae or the back covering member a pair of sensors disposed on the plurality of backs of the shoulder scapula and/or ribs of the occupant or the upper portion of the back covering member, the pair of sensors being along the plurality of backs or The vertical lines of the center of the back cover member are symmetrically disposed horizontally apart from each other; Page 64 1246412 曰Revision - The sensor is placed in the upper part of the occupant's skull, the upper part of the occupant's cranium... "The middle part of the part of the head covering the component. 1 3 · According to the scope of the patent application No. 2, q, 詈, 豆中卜, 十, „ „, 4, 5 or 6 of the induction of the salty shore crying ^ 22 parts for the occupant to operate him / She wants to select the sensor selection switch of Yingjie; with the above microcomputer, in her memory ^ - 41* if fii ^ 存 Save all the sensor data and the frame assembly mechanism that are not placed in the seat and cover machine Some of the signal data generated by some and/or sensors, and/or all sensor data and/and the above-mentioned in the predetermined program are further stylized to distinguish the system numbers from the above. - some and / or: there - - shore sense = the number of signals transmitted on the target and preset in the predetermined program, and according to the above-mentioned predetermined program 人 _ or all sensor type Respond to whether the organization responded. 1 4· According to the scope of application for patents 2, 3 The sensor as the seat and the covering mechanism; the sensor of the induction device or the wrapping mechanism includes the following: the device for the mouth and the device, and the auxiliary device is only disposed on the back or the upper portion of the back of the occupant's buttocks. The following part of the gallery:: covering parts, tools, covering mechanism, baby fixing mechanism, auxiliary mechanism = benefit, placed in the sensor with a sensor selection switch, only selected to set in the 5 package mechanism, or The back part, the back cover component, the back frame part or the lower part of the upper occupant's buttocks Page 65 1246412 ^—t VI. An inductive aid or package program for the scope of patent application: The above microcomputer reaches, the microelectronics when the occupant receives a signal to the sensor's response status; when the occupant nickname The above sense is initiated when the micro sign is given to notify the § the occupant of a particular criterion if the state of the standard time period is expected. The cookware, the covering mechanism, the baby fixing mechanism, the auxiliary &lt;, 'with a stylized microcomputer as follows:: the signal transmitted by the sensor, if no signal is detected, the response body is maintained in the non-response State; when the sensor is activated, the sensor generates and transmits the signal. When the signal is received, the number of signals meets the number of top k, and the microcomputer commands the response mechanism to remain at: except for the hip, the sensor stops first. When the data is generated/transmitted, the microcomputer commands the response mechanism to generate a response message that the occupant has not touched or activated the sensor; when the response signal is recognized, the response is stopped, and his/her is corrected during the interval. Seat posture, contact with the device again; and ^ does not continuously touch or activate the sensor, so the signal is not transmitted to the microcomputer during the last cycle, after the above-mentioned standard, the microcomputer commands the response mechanism to remain unreturned = pre-established according to the scope of the scope 1, 2 or 3 of the sensing device, in which the response body is directly given the standard time to make the standard fixed i Nr | After the above standard time passes, and after passing, the microcomputer allows the responding agency to return 1246412 ±__ &gt;, the scope of patent application should be. , 1 2 3, 4, 5 or 6 covered bodies, infants including weight detection deer occupant weight or hair conditioner pressure standard can be the same or use each sensor's $ to any one When the response mechanism of the sensor generates the $ sign, when the occupant reduces the effect on the sensing device and the auxiliary device described above, it can detect the force in the memory and act differently than other senses. The pressure exceeds the standard signal and the pressure of the responder is identified. Sensing device and auxiliary mechanism. 1 6 · According to the second application scope of the patent application, the sensor as the seat, the mechanism or the wrapping mechanism detects the pressure standard device applied to the sensor and presets and stores any sensor acting on each sensor. And stylizing the microcomputer to check the standard level of the preset. When the degree of accuracy is applied, the microcomputer command stops responding when the responding agency generates a response signal, and 1 7 · according to the patent scope 2, 3 4, 5 or 6 wherein the seat, covering mechanism, infant fixing or wrapping mechanism has a seat belt and a sensing thereon Page 67 1 8 · According to the sensation 2, 3, 4, 5 or 6 of the patent application scope, the above-mentioned seat, covering mechanism, baby fixture, auxiliary raft 3 or wrapping mechanism has a pair of ascending portions a pair or a pair of side support members, which are placed on the above-mentioned back, back cover member, back frame portion or upper face portion of the above-mentioned seat, covering mechanism, infant fixing device, auxiliary mechanism or | 5 wrapping mechanism 4 1246412 - New 91104155__年月日日修正__ Six, the patent application scope ~ the back end 'to support or lift the natural physical deformation of the occupant's ribs and will be used for one of the occupants' ribs and / or shoulder blades to the sensor The pair of raised portions or side support members on the back of the occupant's ribs and/or shoulder blades, the back cover member, the back frame portion or the upper portion of the stalk and the upper support portion. The device, in which the above-mentioned seat is a 7-type chair, a vehicle seat, an airplane seat, a long board, a 20-fold discount, a beach chair, a wheelchair, a school seat table, a church suspension dog territory = a lecture hall and a sports field seat &amp;;, D of the seat actuating means of the combination of the Seats. Knife: 3⁄4 A rectangular disk-shaped member covered by a full or synthetic material in a rectangular frame, a cushion type in the arrangement, a string, a string, a string, a string, and a bar. A dental member, or a circular fixation mechanism made of a flexible or rigid material, includes any of the sensing devices described in the above, wherein the baby bed, the stroller, the baby seat, the child seat &amp; the child basket, the shaking Device, crab for i, shopping cart: child basket, baby combination of the above-mentioned baby fixing mechanism, Gao Xiao, fixed baby carrier, or 12 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 A stroller, a pediatric sleeping car, a shopping cart, a toddler basket, a baby carrier, a rocking device, a crab chair, a walker, a high chair, a fixed baby stand, or a combination of the above-described auxiliary mechanisms. The inductive device of claim 6, wherein the wrapping mechanism comprises a blanket of any elastic material, an air cushion, a pad, a sheet, or a combination of the above-described wrapping mechanisms. _ Page 69