TWM517534U - Construct of functional clothing integrated physiological signal sensors - Google Patents

Description

Construction of a functional garment incorporating a physiological signal sensor

The present invention is a construction of a functional garment incorporating a physiological signal sensor, in particular a stress placed on a separate component associated with the garment body only, and the sensor is attached to the human body. A construction of a functional garment provided by at least one set of annular configurations, and the annular configuration is associated with the body of the garment. The so-called connection may be a partial connection or an indirect connection or a relative position limitation or a combination of some or all of the above.

Wearable physiological signal sensing devices have been widely used in remote care, home security, personal health or recreational sports due to the current advanced medical technology and electronic information technology.

However, traditional functional clothing that integrates physiological signal sensors directly into clothing often has the following disadvantages:

First, in order to measure meaningful physiological signals, we have to place one or more physiological signal sensors in the correct position of the body, and also to facilitate physical activity, so we will traditionally use physiological signal sensors. In combination with the clothes, the placement of the sensor is completed while being worn, but when the wearer is active, the clothes are involved in the sensors disposed thereon, and the sensor thus causes sliding to cause misalignment.

Second, because the physiological signal sensor needs to be closely attached to the human body, it cannot tolerate the drama. Sliding, and the sensor must be placed in the correct position and other requirements, such as electrocardiogram or electromyogram or light volume description map or blood oxygen concentration or non-invasive continuous blood pressure measurement, but not limited to These applications. Therefore, traditionally, such functional clothing needs to be made of a tough and thick material, which makes the wearer feel oppressed, extremely uncomfortable, or need to use different materials or methods in different parts, so that the cost soars.

Third, in the measurement of physiological signals, the human body and the sensor must be closely attached. As a result, mass-produced functional clothing is often not suitable for consumers of different body types, resulting in inaccurate measurement results. Or increased the cost of many mass production. Even for the functional functioning, it is necessary to abandon the pursuit of functional clothing for comfort, style change, beauty and fashion, which will make users reluctant to wear them in daily life.

For example, a physiological signal sensor integrated with an electrocardiogram or an electromyogram or a light volume description map or a blood oxygen concentration or a non-invasive continuous blood pressure, but not limited to the functional clothing of these applications, is due to the above-mentioned many harsh Measuring the condition, while exposing the traditional functional garment to place the sensor on the garment is extremely unsuitable. For example, an electrocardiogram requires that the sensor does not move violently and needs to be in close contact with the human body. Therefore, the functional garment must use a more rigid and airtight material to make the human body more compact, which not only makes the user wear hard, Extremely uncomfortable. Unfortunately, after doing so much effort, when the user has any activity, the sensor is still very easy to get rid of the skin that comes into contact with the skin due to the interlocking and pulling of the clothes, so that the amount is The physiological information is inaccurate, which is also a major obstacle to long-term monitoring of cardiovascular problems.

In view of this, it is necessary to propose a configuration of a functional garment different from the conventional structure to solve the above problems.

The purpose of the present invention is to provide a construction of a functional garment incorporating a physiological signal measuring device, which includes at least a body of the garment, an adapter of a physiological signal sensor or a physiological signal sensor, and an annular configuration. The system of the garment therein is selected from the group consisting of a garment, or a trousers, or a skirt, or a belt, or a cap, or a sleeve, or a sock, or a variety of body protectors, or a combination of some or all of the foregoing, but is not limited to the listed The item's wearing.

In the construction of the present invention, the annular configuration may be formed from at least one set of annular configurations by a separate portion, or a stress portion, or a fixed adjuster or garment body, or a combination of all or a portion of these configurations. Wherein the stress portion structure may be a part of the garment body, or a reinforcing stress member of the garment body, or an additional reinforcing stress member, or a combination of some or all of the above, and the configuration of the independent portion and the stress portion may be combined or The single part is integrally formed. The present garment system is used to place the components in a corresponding suitable position or to provide a functional garment or to provide a linear independent support force or a combination of some or all of the above, but The stress required for the sensor to fit snugly to the human body is provided by the aforementioned annular configuration, and the annular configuration is associated with the body of the garment. The so-called connection may be a partial connection or an indirect connection or a relative position limitation or the above. Some or all combinations.

In the construction of the present invention, some or all of the sensors are placed on the sub-members-independent parts of the above-mentioned annular structure or placed on other accessories supported by the stress of the ring structure, and then sensed. The components in which the device is located are associated with the body of the garment, and the so-called connection may be a partial or indirect connection or a relative position limitation or a combination of some or all of the above. The independent part is a soft or elastic object, and some or all of the sensors are placed indirectly on the soft or elastic independent part directly or through the adapter for fine-tuning part or all of the sensor relative to the human body. Position of the part and reduce the physiological signal sensor or physiological signal sensor When the user is active, the adapter is slid or rubbed against the human body by the body of the garment.

The foregoing fixed adjuster construction comprises at least one set of fastening tapes, or fasteners, or buttons, or press buttons, or buckles, or rings, or wires, or zippers, or straps, or the same can be accomplished. A similar construct of purpose. Controlling the effective length or tightness of the above-mentioned annular structure, and/or for adjusting by adjusting the degree of overlap of the above-mentioned annular structural material or the degree or extent of the meandering or length or the effective stretching range, or a combination of some or all of the above. The fit of the sensor to the human body, and / or used to adjust the position of the sensor. When the adjustment is completed, the parameters and position of the above-mentioned annular structure are fixed by a fixed adjuster, that is, the correct placement of the sensor is completed.

The above-mentioned annular structure may be a closable structure for easy wearing, but may also be a locked structure.

In order to reduce the wearer's body in daily life, the body of the garment is pulled by the activity, and the sensor is connected, causing the sensor to slide with the human body, and the measurement is out of alignment. Therefore, in the construction of the present invention, a joint portion and an anti-jamming auxiliary portion are proposed, wherein the joint portion includes at least one set of a fastening tape fixed to the garment body, or a loop, or a buckle, or a buckle, or a buckle, or a knot, a knot, or a hollow tunnel construction, or a loop formed by a portion of the material of the functional garment, or a buckle, or a buckle, or a buckle, or a knot, or a knot, or a soft An elastic member, or a hollow tunnel structure, or a similar structure that performs the same function, or a combination of some or all of the above, causes the independent portion of the aforementioned annular structure to be only partially joined to the functional garment body, or the aforementioned ring The structure is only partially connected to the functional garment body, or the aforementioned annular structure portion is placed at the joint portion Or the above-mentioned annular structure is passed through the joint portion, or the above-mentioned annular structure portion is indirectly coupled to the body of the functional garment through a soft or elastic joint portion to make the aforementioned loop structure Or loosely or indirectly attached to the body of the functional garment, or only limit the relative position of a part or all of the aforementioned annular structure to the body of the functional garment, due to the adapter of the physiological signal sensor or physiological signal sensor And other parts supported by the independent part, or the stress of the ring structure, are also related to the clothing body only or related to the ring structure and then connected to the clothing body through the ring structure. The so-called connection may be partial connection or indirect. The connection or relative position limitation or a combination of some or all of the above is not completely directly attached to the body of the garment, so the position of the sensor relative to the human body and the placement position and the adjustment of the sensor and the human body can be independently fine-tuned. The degree of integration, without being affected by the material, tightness, and style of the garment body, and reducing the physiological signal sensor when the user is active, subject to the clothing The interlocking, sliding or friction with the human body and cause misalignment measurement. The above-mentioned anti-interference assisting portion is for providing the above-mentioned annular structure or the supporting force of the member on the annular structure and the annular structure binding force linearly independent, so as to reduce the user's activity and cause the annular structure or the composition ring. The vibration or sliding of the structural components improves the accuracy of the physiological signal measurement.

100‧‧‧Apparel body - clothes

100a‧‧‧Apparel body - pants

100b‧‧‧Apparel body-trousers combination

100c‧‧‧Apparel body-belt

101‧‧‧ adapter for physiological signal sensor or physiological signal sensor

102‧‧‧Independent Department

102a‧‧‧Department of Independent Department

103‧‧‧stress department

104‧‧‧Openable fixed adjuster

104a‧‧‧ One arm that can be opened and closed

104b‧‧‧Openable another arm of the fixed adjuster

104c‧‧‧ One arm that can be opened and closed, the retainer

104d‧‧‧Opening and closing the other arm of the fixed adjuster

104e‧‧‧Openable fixed adjuster, buckle

104f‧‧‧ Length adjustment mechanism for opening and closing fixed adjusters

104g‧‧‧Lock type fixed adjuster

105‧‧‧Circular structure

106a‧‧‧Some fixed joints

106b‧‧‧Tunnel Connection Department

106c‧‧‧ hanging ring joint

106d‧‧‧Soft Links

106e‧‧‧Sewed joints

107‧‧‧Perforated inside and outside clothing

701‧‧‧Strengthened stress structure on the garment body

702‧‧‧Additional stress-stressing structures

501‧‧‧One-piece openable ring structure

501a‧‧‧Single component latching ring structure

1201‧‧‧Suture construction

1601‧‧‧Multi-slit clipper

1701‧‧‧带带

1702‧‧‧Anti-disturbance aid

1705a‧‧‧ Adapter for Physiological Signal Sensors - Foam

1705b‧‧‧ Adapter for Physiological Signal Sensors - Conductor Base

1801‧‧‧ skin

1802‧‧‧ Physiological Signal Sensor

1901‧‧‧Wire set

Fig. 1 is a plan view showing an embodiment in which the clothes are made into a garment body and the ring structure is an openable and closable embodiment.

Figure 2 is a front view of the embodiment in which the garment is made into a garment body and the ring structure is openable and closable. Figure.

Fig. 3 is a side view of the embodiment in which the garment is made into a garment body and the ring structure is openable.

Fig. 4 is a rear view of the embodiment in which the garment is made into a garment body and the ring structure is openable.

Fig. 5 is a plan view showing an embodiment in which the independent portion and the stress portion of the annular structure are integrally formed.

Fig. 6 is a plan view showing an embodiment in which the independent portion and the stress portion of the annular structure are integrally formed.

Fig. 7 is a rear view of an embodiment in which the stress-relieving structure is added to the present invention or as a stress portion by a garment body or a reinforcing stress structure on the body of the garment or a combination of some or all of them.

Fig. 8 is a side view showing an embodiment in which the annular structure of the present invention and the body of the garment are connected by a tunnel type.

Fig. 9 is a rear view showing an embodiment in which the annular structure of the present invention and the garment body are connected by a tunnel type.

Fig. 10 is a front elevational view showing an embodiment in which the independent part of the present invention is integrally formed with the stress portion and is an openable loop structure.

Fig. 11 is a rear view showing an embodiment in which the ring structure of the present invention and the garment body are connected by a loop-and-loop type.

Fig. 12 is a front elevational view showing an embodiment in which the present annular structure is indirectly coupled to the garment body through a flexible connecting portion.

Fig. 13 is a front elevational view showing an embodiment in which the present annular structure and the garment body are connected by a tunnel-type erecting structure and placed on the inner surface of the garment body.

Fig. 14 is a front elevational view showing an embodiment in which the partial independent portion is coupled to the garment body to form an annular structure.

Fig. 15 is a front elevational view showing an embodiment in which the independent part of the creation is a part of the garment body and constitutes a foldable loop structure with the garment body.

Fig. 16 is a front elevational view showing an embodiment in which the pants are the body of the garment.

Fig. 17 is a front elevational view showing an embodiment in which the combination of the pants and the garment is a garment body and is an openable loop structure.

Figure 18 is a front elevational view of an embodiment in which the combination of pants and garments is the garment body, the loop configuration is latched, and the length or tightness of the loop configuration is not adjustable.

Figure 19 is a front view of an embodiment in which the combination of the pants and the garment is the garment body, the ring structure is latched, and the length or tightness of the loop structure can be adjusted.

Fig. 20 is a front view showing an embodiment in which the belt is a garment body and the ring structure is openable.

Figure 21 is a front elevational view of an embodiment of the present invention in which the strap is an anti-disturbance aid and the physiological signal sensor or physiological signal sensor is placed on the anti-disturbance aid.

Figure 22 is a schematic illustration of an embodiment of an adapter that uses thick foam as a physiological signal sensor.

Figure 23 is a schematic illustration of a detachable embodiment of the physiological signal sensor and its adapter in the present creation.

Figure 24 is a schematic illustration of an embodiment in which the buckle is an open fixed adjuster.

In order to clearly describe the preferred embodiment of the present invention disclosed on the drawing, The specific terminology, however, is not intended to limit the scope of the invention to the specific terms used, and it should be understood that each of the specific terms includes all of the functional equivalents and the like.

The term "article of clothing" is used herein as a generic term to describe the system of a functional garment that integrates the physiological signal sensor of the present invention. The system is selected from clothing, pants, or skirts, or A belt, or a cap, or a sleeve, or a sock, or a loop, or a variety of body protectors, or a combination of some or all of the above.

The so-called physiological signal sensor adapter of the present invention generally refers to a physiological signal sensor and an anti-disturbance aid, or an annular structure, or an independent part, or a component of the functional garment construction, or the functional garment structure. The appendage to which the body is attached includes an electrical connection structure, or a structural connection structure, or other performance improvement structure, or a combination of some or all of the above. It is used to enhance the appearance, increase the buffer between components, or improve the contact between the physiological signal sensor and the human body, or improve the conductivity of the physiological signal sensor and the wire, or facilitate the disassembly and assembly of the physiological signal sensor, or strengthen Place the stability, or improve the sensitivity of the sensing, or block the noise, or a combination of some or all of the above purposes.

The so-called association of the present invention may be a partial or indirect connection or a relative position limitation or a combination of some or all of the above.

The following is a detailed description of the following embodiments according to the drawings: Fig. 1 to Fig. 4, which describes the creation of a functional garment incorporating a physiological signal sensor, and the first is the clothing body. A schematic of an embodiment.

1 is a plan view showing a garment as a first embodiment of the garment body. The figure shows that the stress portion (103) and the independent portion (102) are made of different materials (or can be realized by an elastic band), and are first combined into a single structure. And cooperate with the openable fixed adjuster (104) to form an annular structure (105), Moreover, since the openable and fixed fixing adjuster (104) is composed of openable components, the annular structure formed is also openable and closable for easy insertion and removal. The openable fixed adjuster (104) can be completed by a fastening tape or a pair of adjustable length ring-shaped buckles as shown in Fig. 24. One or more sets of physiological signal sensors or physiological signal sensor adapters (101) are placed on the independent portion (102), and the annular structure (105) is transmitted through the partial fixed joints (106a). Partially fixed to the garment body-clothes (100), and the annular structure (105) surrounds the human body at an appropriate position to provide some or all of the physiological signal sensor or physiological signal sensor adapter (101) The stress required to bind tightly to the human body. Some of the fixed joints (106a) may be completed using stitches or glue or similar constructions that perform the same function, or a combination of some or all of them. The length or tightness adjustment function of the above-mentioned annular structure (105) is to control the overlapping or effective stretching range or the extent to which the annular structural material is bent back and forth, or the effective length of the telescopic annular structure, or some or all of the above The combination is achieved. When the adjustments are completed, the left and right arms (104a and 104b) of the set of fiber faces and the hook faces of the fastening tape in the openable fixed adjuster (104) are buckled or will be as In the group shown in Fig. 24, the left and right arms (104c and 104d) of the butt buckle having the mechanism for fixing the annular structure length are fastened, that is, the adjustment is completed.

Figure 2 is a front elevational view of the first embodiment of the garment as the garment body. The structure of the functional garment is disclosed in the drawings, comprising two sets of stress parts (103) and independent parts (102) of different materials. a first structure, and then a split-type annular structure (105) formed in cooperation with the openable fixed adjuster (104), and then the openable fixed adjuster (104) is partially fixedly connected. The portion (106a) is coupled to the garment body-clothes (100). And the adapter (101) of the physiological signal sensor or the physiological signal sensor is placed on the independent part (102); the flexible and flexible independent part (102), in this embodiment, can be formed by a telescopic belt, not only provided Fine-tuning physiological signal sensors or physiology The function of the position of the adapter (101) of the signal sensor in contact with the human body can also be controlled by controlling the proportion of the overlapping portion or the degree of the tortuous annular structural material or the effective length of the telescopic annular structure or controlling the effective telescopic range, or the above Part or all of the combination, to achieve the purpose of controlling the fit of the physiological signal sensor or the physiological signal sensor adapter (101) to the human body, when the adjustments are completed, the openable fixed adjuster (104) a pair of left and right arms (104a and 104b) formed by a set of fiber faces and hook surfaces of the middle fastening tape or a pair of buckles having a mechanism capable of fixing the annular structure length as shown in Fig. 24. The left and right arms (104c and 104d) of the ring are fastened to fix the length and position of the annular structure and the degree and position of the sensor to the human body. Because the soft independent part (102) is only partially connected to the clothing body-clothing (100), and the physiological signal sensor or the physiological signal sensor adapter (101) is placed on the independent part (102) for the user. When active, this configuration will greatly reduce the extent to which the independent part (102) is pulled by the garment body-clothing (100), thereby reducing the physiological signal sensor or the physiological signal sensor adapter (101) being pulled by the garment body. And the sliding or friction with the human body.

Figure 3 is a side view of the first embodiment of the garment as the garment body. The figure shows that the stress portion (103) of the openable loop structure (105) is on the back of the garment body-clothes ( 100) On the outer side, the inner and outer perforations (107) of the garment pass through the garment body-clothes (100), and the independent portion (102) is located inside the garment body-cloth (100) on the chest and abdomen surface for physiological signal sensing. The adapter (101) of the device or physiological signal sensor is in contact with the human body.

Figure 4 is a rear view of the first embodiment of the garment as the garment body. The figure shows that the stress portion (103) of the openable loop structure (105) is on the back of the garment body-clothes ( 100) Outside the side.

The fifth and sixth figures are top views of an embodiment in which the independent portion and the stress portion of the annular structure are integrally formed. The figure discloses that the garment is used as the garment body, and the stress portion (103) and the independent portion (102) are The flexible material is integrally formed as a single component, and forms a single component openable and loopable structure (501) with the expandable fixed adjuster (104), and the physiological signal sensor or the physiological signal sensor The adapter (101) is placed on the separate portion (102). Since the soft independent portion (102) is only partially connected to the garment body-clothing (100), this will greatly reduce the extent to which the independent portion (102) is pulled by the garment body-clothing (100) when the user is active, thereby The adapter (101) of the physiological signal sensor or the physiological signal sensor is lowered by the body of the garment to cause sliding or friction with the human body.

Figures 2 and 7 respectively show a front view and a back view of an embodiment in which a reinforcing stress structure is added to the present invention or a reinforcing stress structure on the body of the garment or a combination of some or all of them is used as a stress portion, as shown in Fig. 7. The stress portion (103) shown may be the material of the garment body-cloth (100) itself, or a stress-stressing configuration of the garment body, or an applied reinforcing stress construct or a combination of some or all of these items, and then Connected to the independent part (102), and then combined with the expandable fixed adjuster (104) as shown in Fig. 2 to form an openable annular structure (105), and the physiological signal sensor or physiological The signal sensor adapter (101) is placed on the separate portion (102). Since the soft independent portion (102) is only partially connected to the garment body-clothing (100), this will greatly reduce the extent to which the independent portion (102) is pulled by the garment body-clothing (100) when the user is active, thereby The adapter (101) of the physiological signal sensor or the physiological signal sensor is lowered by the body of the garment to cause sliding or friction with the human body.

The eighth, ninth, and tenth drawings are a side view, a back view, and a front view of the embodiment in which the annular structure of the present invention and the body of the garment are connected as a joint portion, and the garment is used as the body of the garment. And the stress portion (103) and the independent portion (102) are a single part integrally formed of a soft material And the openable and fixed type adjuster (104) constitutes a single part, the openable type annular structure (501), the hollow tunnel structure type joint portion (106b) is attached to the outer side of the garment body at the back, and is single The component openable annular structure (501) is partially placed in the hollow tunnel structural joint portion (106b), or partially passed through the hollow tunnel structural joint portion (106b), and then the independent portion (102) is placed on the garment. At the inner and outer perforations (107), the inner side of the garment is inserted, so that the physiological signal sensor or the physiological signal sensor adapter (101) on the independent portion (102) can be in contact with the human body at the abdominal chest. In this embodiment, the single-piece openable-type annular structure (501) has only a relative position relationship with the garment body-clothing (100), so that when the user moves, the single-piece openable-type annular structure ( 501) and the physiological signal sensor or the physiological signal sensor adapter (101) on the independent part are not slid or rubbed with the human body by the linkage of the garment body. The joint portion (106b) of the hollow tunnel structure may be an additional component, or may be formed by wrinkling or burring the garment body, or a combination of some or all of the items.

10 and 11 are respectively a front view and a back view of an embodiment in which the loop structure and the garment body are connected by a loop-and-loop type as a joint portion, and the garment is disclosed as a garment body, and the portion is disclosed. A single component openable and loopable configuration (501) is placed in the loop-type joint (106c) on the outside of the garment body-cloth (100) or through the loop-type joint (106c), and then independent The portion (102) is inserted into the inner side of the garment at the inner and outer perforations (107) of the garment, and the physiological signal sensor or the physiological signal sensor adapter (101) located on the independent portion (102) can be connected to the human body at the abdominal chest. contact. In the present embodiment, the single-piece openable-type annular structure (501) has only a relative position relationship with the garment body-clothing (100), so that when the user moves, the single-piece openable-type annular structure ( 501) and the physiological signal sensor or the physiological signal sensor adapter (101) on the independent part (102) are not slid or rubbed with the human body by the garment body-clothes (100). The loop-type joint portion (106c) may be an additional component, or may be formed by burrowing or wrinkling of the garment body, or a combination of some or all of the items.

Figure 12 is a front elevational view of an embodiment of the present invention in which the single-piece openable loop structure (501) is indirectly coupled to the garment body-cloth (100) through the flexible joint (106d), the single component being disclosed The openable and loopable annular structure (501) is placed on the inner side of the garment body-cloth (100), and the physiological signal sensor or the physiological signal sensor adapter (101) is placed in a single component openable loop In the independent portion (102) of the structure (501), in the present structure, the body-to-cloth body-cloth (100) is sequentially a single-piece openable-type annular structure (501), a soft connecting portion (106d), The garment body-clothes (100) is fixed to the flexible connecting portion (106d) by a suture structure (1201), and the soft connecting portion (106d) is passed through the suture. The structure (1201) is fixed to the garment body-cloth (100), thus indirectly connecting the garment body-cloth (100) and the single component openable loop structure (501), so when the user has an activity, the garment body even though subject to affect, but soft buffer coupling portion (106d), which can open and close a single member cyclic structure (501) and It will be linked, so that the physiological signal sensor or adapter (101) and the physiological signals of the sensor body does not produce excessive friction and sliding.

Figure 13 is a front view of an embodiment of the single-piece openable and loopable structure (501) of the present invention and the garment body-clothing (100) being joined by a tunnel-type erected structure and placed inside the garment body. It is disclosed that the garment is used as the garment body, the hollow tunnel structural joint portion (106b) and the single component openable loop structure (501) are both placed inside the garment body, and the single component can be opened and closed. The portion (501) is partially placed in the joint portion (106b) of the hollow tunnel structure or partially passes through the joint portion (106b) of the hollow tunnel structure, so that the single member can be opened and closed (501) and Apparel body-clothes (100) only have a relative position relationship and will have physiological signals The adapter (101) of the sensor or physiological signal sensor is placed on the independent portion (102) so that when the user is active, the single member can be opened and closed on the annular configuration (501) and on the independent portion (102). The adapter (101) of the physiological signal sensor or the physiological signal sensor is not slid or rubbed by the body of the garment. The joint portion of the hollow tunnel structure may be an additional component, or may be formed by wrinkling or burring the garment body, or a combination of some or all of the items.

Fig. 14 is a front elevational view showing an embodiment in which the partial independent portion (102) is coupled to the garment body to form an annular structure (105). The figure discloses that the garment is used as the garment body, and a part of the independent portion (102) is coupled to the garment body-cloth (100) through the suture-type joint portion (106e), and the garment body-clothing (100) is used as The stress portion (103) and the expandable fixed adjuster (104) form an annular structure (105), and the physiological signal sensor or the physiological signal sensor adapter (101) is placed in a soft independent portion. (102). Since the softness of the independent portion (102) is only partially connected to the garment body-clothing (100), the physiological signal sensor or physiological signal sensor adapter (101) located on the independent portion is not subject to the clothing body - The clothes (100) are linked to the body to cause sliding or rubbing.

As shown in Fig. 15, a part of the garment body-cloth (100) is shown as an independent part (102a), and forms an openable loop structure with the expandable fixed adjuster (104). And placing the physiological signal sensor or the physiological signal sensor adapter (101) on the soft independent part (102a), because the independent part (102a) is not easily linked by the clothing body-clothing (100), Therefore, the adapter (101) of the physiological signal sensor or the physiological signal sensor is not slid or rubbed by the body of the garment body-cloth (100).

As shown in Fig. 16, the figure discloses that the trousers are used as the garment body, and the independent portion (102) is partially fixed to the garment body-trousers (100a) through the suture-type joint portion (106e), and the garment is The body-trousers (100a) are used as stress portions, and form an openable loop structure (105) with the expandable fixed adjuster (104), and then the physiological signal sensor or physiological signal sensor The adapter (101) is placed on the soft independent part (102), because the independent part (102) is not easily linked by the garment body-pants (100a), so that the physiological signal sensor or the physiological signal sensor adapter (101) It does not slip or rub against the human body by the interlocking of the garment body-trousers (100a).

As shown in Fig. 17, the figure discloses a combination of clothes and pants as a garment body-suit combination (100b), and the independent portion (102) is partially fixed to the garment body through the suture coupling portion (106e). In the combination (100b), the garment body-trousers combination (100b) is used as the stress portion, and the openable and fixed adjustment device (104) constitutes an openable annular structure (105), and the physiological signal is further applied. The adapter (101) of the sensor or physiological signal sensor is placed on the soft independent part (102), because the independent part (102a) is not easily linked by the garment body-suit combination (100b), thereby making the physiological signal The adapter (101) of the sensor or physiological signal sensor does not slip or rub against the human body by the linkage of the garment body-suit combination (100b).

As shown in Fig. 18, the embodiment discloses a combination of clothes and pants as an embodiment of the garment body-suit combination (100b), wherein the independent portion (102) and the stress portion (103) are integrally formed of a soft material. The component constitutes a single component latching annular configuration (501a), and the physiological signal sensor or physiological signal sensor adapter (101) is placed on the soft independent portion (102), due to the independent portion (102) It is not easy to be linked by the garment body-trousers combination (100b), so that the physiological signal sensor or the physiological signal sensor adapter (101) is not generated by the body-pants combination (100b) and the human body. Sliding or rubbing.

As shown in Fig. 19, a combination of clothes and pants is disclosed as an embodiment of the garment body-suit combination (100b), and the independent portion (102) and the stress portion (103) are constructed as a single member. And a latching type fixed adjuster (104g), which cooperates to form a single-piece latching annular structure (501a) of adjustable length and tightness, wherein the latching type fixed adjuster (104g) utilizes a multi-slit clipper (1601) is completed, when the adjustment is completed, the material of the single-part latching type annular structure (501a) is fixed by the multi-slit clipper (1601), and when it is to be re-adjusted, the clipper is exited (1601). The material of the single component latching annular structure (501a) can be readjusted.

As shown in Fig. 20, the structure of the garment body-belt (100c) is disclosed in the drawings. In this configuration, the independent portion (102) and the stress portion (103) are composed of a single member, and can be opened and closed. The fixed adjusters (104) cooperate to form a single component openable loop configuration (105-501) and place some or all of the physiological signal sensor or physiological signal sensor adapter (101) on the single component. On the independent part (102) of the opening and closing type annular structure (105-501). And the single-piece openable-type annular structure (105-501) is coupled to the garment body-belt (100c) through the suture-type connecting portion (106e). In this configuration, the garment body-belt (100c) can also be used as an anti-disturbance assisting portion (1702), and the anti-disturbance assisting portion (1702) and the single-piece openable-type annular structure (501) cooperate to form a The fixing means around the neck, as shown in Fig. 20, the binding force of the single-piece openable annular structure (501), mostly parallel to the XY plane, but the anti-disturbance aid (1702-100c) provides this single The binding force of the component openable loop structure (501) and the single component openable loop structure (501) is a support force in a linear independent direction, in this case, up-down, Z-direction, Supporting force, which reduces the sliding of the single-piece openable and annular structure (501) in the upper-lower direction when the user is running, thereby reducing the open-loop configuration of the single component ( 501) The physiological signal sensor on the independent portion (102) or the adapter (101) of the physiological signal sensor is rubbed against the human body. The stress required for the adapter (101) of the physiological signal sensor or the physiological signal sensor to be in close contact with the human body is provided by the single component openable loop configuration (501) described above.

As shown in Fig. 21, the structure of the garment body-belt (100c) and the anti-disturbance aid (1702) is disclosed in the drawings, in which the physiological signal sensor or the physiological signal sensor adapter ( 101) is first placed on the structure of the anti-disturbance auxiliary portion (1702); the independent portion (102) and the stress portion (103) are a single component integrally formed of a soft material, and then cooperate with the openable fixed adjuster (104). The single component can be opened and closed (501); the annular structure (501) is transmitted through the suture coupling portion (106e) and the garment body-belt (1701) which simultaneously serves as the anti-disturbance auxiliary portion (1702). 1702-100c) linked. The stress required for the physiological signal sensor or the physiological signal sensor adapter (101) to be in close contact with the human body is provided by a single component openable loop configuration (501).

As shown in Fig. 22, in order to make the physiological signal sensor (1802) have better contact with the human body (1801), a buffer structure is placed between the physiological signal sensor (1802) and the independent portion (102). , the adapter of the physiological signal sensor - foam (1705a), as an adapter of the physiological signal sensor, so that the physiological signal sensor can stand out from the independent part (102), and is more flexible, and The physiological signal sensor is more closely fitted to the human body.

As shown in Fig. 23, the physiological signal sensor (1802) is first placed on the adapter-conductor base (1705b) of the physiological signal sensor, and both are detachable. The adapter-conductor base (1705b) of the physiological signal sensor is not only connected with the physiological signal sensor (1802) and the wire set (1901), so that the electrical conductivity is well transmitted, and at the same time the physiological signal sensor (1802) ) is attached to the independent portion (102) of the garment structure through the adapter-conductor base (1705b). In this way, when the functional garment is cleaned, the physiological signal sensor (1802) can be removed to prevent damage.

Figure 24 illustrates a schematic view of an embodiment in which a buckle is used as a lockable fixed adjuster (104). As shown in Fig. 24, one of the branch ends of the annular structure is first tied to the hole of the female arm (104c). In the hole, the other branch end of the annular structure is then passed back and forth into the hole of the length adjusting mechanism (104f) of the fixed adjuster. When the length adjustment is completed, the ring structure can be tightened to fix the length thereof. . And the male arm (104d) and the female arm (104c) are fitted or opened, so that the function of closing and opening the openable fixed adjuster (104) can be realized.

The words "including" and "comprising", as used herein, are intended to mean the meaning of the device, component, structure and structure, and the use of the terms does not exclude one or more additional devices, components or structures and structures or groups thereof The presence or addition of a group.

Although the present invention has been described in terms of several embodiments, it is understood that various modifications, changes, and equivalents may be Therefore, it is meant that this creation includes all alternatives, additions, changes, and equivalents that fall within the scope of the present invention.

100‧‧‧ The body of clothing - clothes

101‧‧‧ adapter for physiological signal sensor or physiological signal sensor

102‧‧‧Independent Department

103‧‧‧stress department

104‧‧‧Openable fixed adjuster

104a‧‧‧One arm of the openable fixed adjuster

104b‧‧‧ Another arm of the openable fixed adjuster

105‧‧‧Circular structure

106a‧‧‧Some fixed joints

107‧‧‧Perforated inside and outside clothing

Claims (24)

A configuration of a functional garment incorporating a physiological signal sensor, the configuration comprising at least: one or more sets of physiological signal sensors or adapters of physiological signal sensors; a set of clothing bodies comprising at least one or more groups An individual portion of one or more sets of annular configurations can be constructed, wherein the garment system is used to provide the appearance of a functional garment, and the various components of the functional garment are placed in respective suitable positions, and the foregoing The annular structure is arranged to surround the human body at an appropriate location. A configuration of a functional garment incorporating a physiological signal sensor, the construct comprising at least: a set of garment bodies for providing an appearance of the functional garment, and placing the components of the functional garment in a correspondingly appropriate manner Position; one or more sets of physiological signal sensors or adapters for physiological signal sensors; one or more sets of annular configurations for surrounding the human body at appropriate locations, wherein each set of annular structures includes at least one set Or multiple independent departments. The configuration of the functional garment integrating the physiological signal sensor according to claim 1 or 2, wherein the independent portion further comprises one or more sets of physiological signal sensors or physiological signal sensors. The adapter is placed on a separate part. The construction of a functional garment incorporating the physiological signal sensor according to claim 1 or 2, wherein the garment system is selected from the group consisting of a garment, or a pants, or a skirt, or a belt, or a cap, or a sleeve. , or socks, or various body protectors, Or a combination of some or all of the above, but not limited to the wearing of the listed items. The configuration of the functional garment integrating the physiological signal sensor according to claim 1 or 2, further comprising one or more sets of anti-disturbance assisting portions, the anti-disturbance assisting portion providing the functional garment At least one set of annular structures in the construction or a component on the annular structure or a combination of both supports a supporting force that is a supporting force in a linearly independent direction with the binding force generated by the set of annular configurations. The structure of the functional garment of claim 5, wherein each group of anti-disturbance aids can cooperate with other parts of the human body in cooperation with at least one set of annular structures. The configuration of the functional garment of claim 5, wherein each group of anti-disturbance aids further comprises one or more sets of adapters for physiological signal sensors or physiological signal sensors. The structure of the functional garment according to claim 1 or 2, wherein the adapter of the physiological signal sensor refers to a physiological signal sensor and an independent part, or an annular structure, or the functional garment structure. The upper member or the body-attached attachment includes an electrical connection structure, or a structural connection structure, or other performance improvement structure, or a combination of some or all of the above. The configuration of the functional garment according to claim 7, wherein the adapter of the physiological signal sensor on each of the anti-disturbance auxiliary portions refers to an attachment of the physiological signal sensor and the anti-disturbance auxiliary portion. An electrical connection structure, or a structural connection structure, or other performance improvement structure, or a combination of some or all of the above. The structure of the functional garment of claim 2, further comprising one or more sets of stress portions for the annular structure in the configuration of the functional garment. The independent parts cooperate to form this annular structure. The structure of the functional garment of claim 1, wherein the annular structure further comprises one or more sets of fixed adjusters for cooperating with the independent portions of the annular structure to form the annular structure. . The configuration of the functional garment of claim 2, wherein the annular structure further comprises one or more sets of fixed adjusters for cooperating with the independent portions of the annular structure to form the annular structure. . The structure of the functional garment of claim 2, further comprising one or more sets of stress portions and one or more sets of fixed adjusters for ringing in the configuration of the functional garment. The separate parts of the structure cooperate to form this annular structure. The structure of the functional garment of claim 1 or 2 or 10 or 13 wherein the components of each group of annular structures or the functional garments may be shared, or Independent of each other. The structure of the functional garment of claim 5, wherein each component of each set of annular structures or components of the anti-disturbance aid or components or portions of the functional garment construction may be shared, or independent. The structure of the functional garment according to claim 1 or 2, wherein the independent portion is a soft or elastic structure or a combination of softness and elasticity. The construction of the functional garment of claim 11 or 12 or 13 wherein the fixed adjuster is either of an openable configuration or a latched configuration. The construction of the functional garment of claim 11 or 12 or 13 wherein the fixing adjuster is constructed to include at least one or more fastening strips, or staples, or buttons, or pressure. A buckle, or a loop, or a thread, or a zipper, or a strap, or a combination of some or all of the above, or a similar construct that accomplishes the same purpose of these configurations. The structure of the functional garment according to claim 10, wherein the stress portion is configured to be a part of the garment body, or a reinforcing stress structure of the garment body, or a reinforcing stress structure added to the garment body. Or a combination of some or all of the above. The configuration of the functional garment of claim 10 or 13, wherein the stress portion and the independent portion may be a single member. The construction of the functional garment of claim 20, wherein the single component can be constructed in a combined manner or integrally formed. The structure of the functional garment according to claim 2, further comprising one or more sets of flexible or elastic joints, such that the annular structure can be coupled to the garment body portion through the joint portion, or the ring shape All or part of the structure is placed in the connecting portion, or all or part of the annular structure is passed through the connecting portion, or all or part of the annular structure is indirectly coupled to the body of the functional garment through the connecting portion as a buffer. To make the ring structure loose or indirect The ground is attached to the body of the functional garment, or only a part or the whole of the annular structure is restricted from the relative position of the body of the functional garment to achieve a loose or indirect connection with the garment body. The structure of the functional garment of claim 22, wherein the connecting portion may be a fastening tape, or a loop, or a buckle, or a buckle, which is partially or wholly fixed to the functional garment body. Or a knot, or a knot, or a seam, or a hollow tunnel construction, or a glue, or a loop formed by a portion of the material of the functional garment, or a buckle, or a buckle, or a knot, or a knot. Or a seam, or a hollow tunnel construction, or a combination of some or all of them. The configuration of the functional garment incorporating the physiological signal sensor according to claim 5, wherein the anti-disturbance assisting portion may be a belt, or a strap, or a rubber, or a garment body, or a structure for reinforcing the stress of the garment body. Or a structure that adds stress, or a combination of some or all of the above, or a similar structure that accomplishes the same purpose of these configurations.