TWM484406U - Headband with multiple sensors for physiological signal measurements - Google Patents

Description

Physiological signal measuring headband integrating multiple sensors

The present invention relates to a headband for assisting sensor placement for head physiological signal sensing, and more particularly to a headband that integrates multiple sensors, signal wires and circuit devices.

Based on the current developed medical technology and electronic information technology, smart devices that monitor various physiological signals and process applications have become a trend.

The conventional physiological electrical signal sensor is a clip-on fixed metal electrode, a suction-ball-adsorbing metal electrode, a patch electrode, etc., and proper placement of such a sensing electrode requires professional techniques.

The body part of the clip-on fixed metal electrode is limited by the mechanical structure of the fixed electrode, and the suction-adsorbing metal electrode is easily peeled off due to air leakage, and is not suitable for use in a device for long-term monitoring. In addition, the clip-on fixed metal electrode and the suction-ball-adsorbing metal electrode are large in size, and are not suitable for use in a portable device. Applicable to the portable operation is the chip electrode, but after connecting the signal wire, the electrode is pulled due to the weight of the wire connector and the wire, and there is a problem that the electrode falls off, and an appropriate auxiliary mechanism is needed for fixing.

In addition to physiological electrical signals, other contact physiological signal sensors also need good human contact, posture sensors need to have a fixed relative position with the human body, and other non-contact sensors also need to have appropriate Auxiliary placement mechanism.

The signal wires connecting the sensors and the measuring device need to be completely lined and fixed. In addition to reducing the noise interference, the user is prevented from falling off due to pulling during the activity, and even an accident occurs, posing a danger to the user.

The placement of the head physiological signal sensor is usually the use of a hat or a headband. Traditional products usually provide fixed-point detection. They are often only considered functional, and require professional technical knowledge for placement and wear, and lack of long-term wear and tear. Convenience.

In view of this, considering the needs of intelligent portable electronic devices, it is still necessary to propose a headband that can assist the correct placement of various sensors, the entire signal wire and the circuit device, and solve the above problems, and facilitate the physiological signals of the head. Measurement and processing applications with both aesthetic and wearable features.

The purpose of the present invention is to provide a headband that can integrate multiple sensors, signal wires and circuit devices.

In order to solve the shortcomings of the traditional sensor that is not easy to be correctly placed or attached, easy to fall off, is not convenient for long time use, the signal wire is not easy to be completed, the circuit device has no place to carry and carry, and the purpose of the present invention is to achieve the purpose of the present invention. In this way, a headband is stretchable, the rear can be separated for convenient wear, the head circumference length and the tightness can be adjusted, and a plurality of sensor button holders (female seats) are equal in number to the sensor button holders. Signal wire connecting pin (male), fixing the non-physiological electrical signal sensor's adhesive tape, one or more whole wire mechanisms for the whole line, one or both sides of the storage pocket, circuit devices and accessories can be placed Put it in your pocket and carry it with you.

The sensor of the physiological electrical signal is a sensing electrode, and the present invention can be a conventional disposable electrode patch or a reusable environmentally friendly electrode patch, and the electrode patch has a button (public) The head) is connected to the sensor button holder (female seat), which can be quickly combined or separated for easy replacement. The sensor clip seat on the headband is the correct attachment position of the sensing electrode. The number and location of the electrodes will vary depending on the measurement requirements of the different physiological electrical signals.

Non-electrical signal contact physiological signal sensors need good human contact, posture sensors need to have a fixed relative position with the human body, and other non-contact sensors also need appropriate auxiliary placement mechanisms. The sensor can be placed in a stud-type manner or placed in a manner of a fastener tape, which is convenient for the user to disassemble.

The signal wire connecting buckle (male) on the headband is connected with the corresponding signal wire connector (female), which can be quickly combined or separated, and the signal wire connecting buckle and the sensor fastening seat are electrically contacted, and the wire is connected. After the signal wire is placed in the whole line of the whole line, the headband and the signal wire can be integrated into one body. After wearing it, no need to complete the whole line, and the proper line of the signal wire can effectively reduce the interference of the noise.

One or more storage pockets are provided on the side of the headband, and the circuit device and the accessory can be placed in the interior and can be carried around. The headband can be cleaned after removing the sensor, signal wire and circuit device, saving environmental protection and reusable.

100‧‧‧ headband

101‧‧‧First sensing electrode placement and connection mechanism

102‧‧‧Second sensing electrode placement and connection mechanism

103‧‧‧ Third sensing electrode placement and connection mechanism

104‧‧‧ Non-contact sensor placement mechanism

105‧‧‧First sensor pin holder (female seat)

106‧‧‧First signal wire connection button (male)

107‧‧‧First electrode patch (male)

108‧‧‧First signal wire connector (female)

109‧‧‧Second sensor pin holder (female seat)

110‧‧‧Second signal wire connection button (male)

111‧‧‧Second electrode patch (male)

112‧‧‧Second signal wire connector (female)

113‧‧‧ Third sensor button holder (female seat)

114‧‧‧Third signal wire connecting buckle (male)

115‧‧‧ Third electrode patch (male)

116‧‧‧Third signal wire connector (female)

117‧‧‧ Non-contact sensor adhesive mechanism (hook surface)

118‧‧‧ Non-contact sensor adhesive mechanism (fiber surface)

119‧‧‧Complete line

120‧‧‧ head cover

121‧‧‧Top cover fixing hook with hook surface

122‧‧‧Fixed surface with adhesive cover for upper cover

123‧‧‧Store pocket

124‧‧‧Store pocket fastening mechanism

125‧‧‧ Length telescopic mechanism

126‧‧‧ Length telescopic mechanism

127‧‧‧ head circumference adjustment hook with hook surface

128‧‧‧ head circumference adjustment adhesive tape with fiber surface

200‧‧‧Contact non-electrophysiological signal sensor placement mechanism

201‧‧‧Contact non-electrophysiological signal sensor adhesive mechanism (thorn surface)

202‧‧‧Contact non-electrophysiological signal sensor adhesive mechanism (fiber surface)

203‧‧‧Contact non-electrophysiological signal sensing window

300‧‧‧Sensor placement agency

301‧‧‧Sensor pin holder (female seat)

302‧‧‧Signal wire connecting studs (male)

303‧‧‧Electrode patch (male)

304‧‧‧Signal wire connector (female)

305‧‧‧conductive foil

400‧‧‧Signal wire and signal connector

500‧‧‧ headband wear link mechanism

The first picture is the main structure of the front of the creation.

Figure 2 is the main structure of the back of the creation.

Figure 3 is a schematic diagram of the connection of the electrode patch, the sensor button holder, the wire connection button, and the signal wire connector.

Figure 4 is a cross-sectional view of the whole line mechanism

Figure 5 is a schematic diagram of headband separation and length adjustment

Figure 6 is a schematic view of the headband wear

Hereinafter, the following is a detailed description of the embodiment shown in the drawings: as shown in FIGS. 1 and 2, FIG. 1 is a design surface of the headband, and FIG. 2 is a human body contact surface of the headband, which is disclosed in the drawings. A headband capable of integrating a plurality of sensors and signal wires, comprising: a headband (100); a plurality of sensor placement and connection mechanisms (101~103), including sensor nails Buckle (105, 109, 113), corresponding to the signal wire connecting buckle (106, 110, 114) of the sensor button seat; non-contact sensor placement mechanism (104); contact sensor Placement mechanism (200); complete line mechanism (119); storage pocket (123); length telescopic mechanism (125, 126); head circumference adjustment adhesive mechanism (127, 128).

Wherein, the position setting of the first sensor button holder (105) and the second sensor button holder (109) corresponds to the forehead differential brain waveguide, and can also be used for detecting the eye movement signal, and the third sensing The position of the button holder (113) corresponds to the reference electrode, and the user can adjust the correspondence of the electrodes as needed; the fourth sensor placement mechanism (104) is used to fix the non-contact sensor, using a non-contact feeling The sensor fastening mechanism (117, 118) fixes the sensor and the signal wire between the headband (100) and the headband upper cover (120); and the fifth sensor placement mechanism (200) is used for fixing the contact type The electrophysiological signal sensor uses a fastening mechanism (201, 202) to fix the sensor and the signal wire to the headband (100), and the bonding mechanism (202) has a contact non-electrophysiological signal sensing window. (203), make The sensor can contact the forehead skin of the user, and the user can properly complete the placement of the plurality of physiological signal sensors of the head after wearing the headband.

Next, the whole line mechanism (119) includes a headband upper cover (120), a top cover fixing hook tape hook surface (121), and a top cover fixing adhesive tape fiber surface (122), which can connect a plurality of physiological signals to the head. The sensor, the signal wire and the wire connector of the sensing device are fixed between the headband (100) and the headband upper cover (120), and the sensor, the signal wire and the headband are integrated into one body, and no need to wear after the wear. Complete line.

In addition, the circuit device and the accessory can be housed in the storage pocket (123), and the storage bag fastening mechanism (124) can prevent the storage object from falling and has the function of fixing the signal wire.

As shown in FIG. 3, the headband is provided with an array of physiological electrical signal sensor placement and connection mechanism (300), and the sensor placement and connection mechanism (300) includes a sensor fastening seat (301) and a signal wire. A fastener (302) is connected, wherein the sensor fastener seat (301) is used to connect the electrode patch (303), and the second signal wire connection buckle (302) is used to connect the signal wire connector (304). The sensor button holder (301) and the signal wire connecting button (302) provide good electrical contact through the conductive sheet (305), and the conductive sheet (305) may be made of metal, graphite or conductive fiber cloth.

As shown in Fig. 4, a full-line mechanism (119) is used on the headband (100) for fixing the signal wire and the signal connector (400). The whole line mechanism (119) includes a full-line mechanism upper cover (120), and the edge of the upper-line mechanism upper cover (120) includes a full-line adhesive tape fiber surface (121), and the corresponding position of the headband (100) body includes a whole line of adhesive Buckle hook surface (122), signal wire and signal connector (400) will be wrapped around the headband (100) and the whole line Between the upper cover (120) of the mechanism. The whole line mechanism (119) can integrate the sensor, the signal wire and the headband into one body, and no need to complete the whole line after wearing, and the proper line of the signal wire can effectively reduce the interference of the noise.

As shown in Fig. 5, the headband wear attachment mechanism (500) is a detachable design that is easy to wear, and the separation is adjusted by using a headband adjustment hook tape (127 and 128), and the hook of the fastening tape is outwardly secured. Comfortable, while adjusting the length and tightness of the head circumference.

As shown in Fig. 6, the headband is adjusted by the head circumference adjusting hook tape, and the length can be adjusted to fit the head curve.

The structure, features and effects of the present invention are described in detail above based on the embodiments shown in the drawings. Since the requirements for novelty and advancement are met, a new patent application is filed according to law; however, the above description is only a preferred embodiment of the present invention. However, the present invention is not limited to the scope of implementation of the present invention, and therefore modifications that are in accordance with the meaning of the present invention are intended to fall within the scope of the present invention as long as they are within the scope of the present invention.

100‧‧‧ headband

101‧‧‧First sensing electrode placement and connection mechanism

102‧‧‧Second sensing electrode placement and connection mechanism

103‧‧‧ Third sensing electrode placement and connection mechanism

104‧‧‧ Non-contact sensor placement mechanism

119‧‧‧Complete line

123‧‧‧Store pocket

125‧‧‧ Length telescopic mechanism

126‧‧‧ Length telescopic mechanism

127‧‧‧ head circumference adjustment hook with hook surface

128‧‧‧ head circumference adjustment adhesive tape with fiber surface

Claims (10)

A physiological signal measuring headband integrating a plurality of sensors and signal wires, comprising: a headband; one or a plurality of sensor placement mechanisms built in the headband, comprising an electrical physiological signal sense a measuring electrode placement mechanism or a non-contact sensor placement mechanism or a contact non-electrophysiological signal sensor placement mechanism or a combination thereof; a whole line mechanism built in the headband; one or several built in the headband A storage pocket. The headgear according to claim 1, wherein the plurality of sensor pin holders correspondingly correspond to the plurality of electrode attachment positions measured by one or more kinds of head physiological signals, and the user correctly completes the head after being worn by the user. The electrode patch of the physiological signal measurement is attached. The headgear as claimed in claim 1, wherein the plurality of sensor studs are included for connecting a conventional disposable electrode patch or a reusable electrode patch. The headband of claim 1, wherein the plurality of signal wire connecting buckles are used for connecting one or more sensing electrode joints of the head physiological signal measurement, the signal wire connecting buckle and the corresponding sensing electrode nail. The buckle seat has good electrical contact. A headgear as claimed in claim 1 comprising one or more non-contact sensor placement mechanisms. A headgear as claimed in claim 1, comprising one or more contact non-electrophysiological signal sensor placement mechanisms. The headband according to claim 1, which comprises a whole line mechanism, which can integrate the headband with one or more signal wires of the head physiological signal measurement, and the whole line mechanism is adhered by the headband main body, the upper cover and the whole line. The buckled fiber surface is composed of a full-line fastener with a hooked hook surface. The headband of claim 1 includes one or more pockets in the portion of the headband. The headgear according to claim 1, wherein the joint mechanism on the rear side of the head is a separable design, and the hook-and-loop fastener is used to adjust the length and tightness of the head circumference. The headband as claimed in claim 1 has appropriate stretchability to conform to the head curve.