JP3213635U - Adsorption adhesive conductive sheet - Google Patents

Adsorption adhesive conductive sheet Download PDF

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JP3213635U
JP3213635U JP2017003630U JP2017003630U JP3213635U JP 3213635 U JP3213635 U JP 3213635U JP 2017003630 U JP2017003630 U JP 2017003630U JP 2017003630 U JP2017003630 U JP 2017003630U JP 3213635 U JP3213635 U JP 3213635U
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conductive sheet
adhesive
adsorptive
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承翰 呉
承翰 呉
人壽 陳
人壽 陳
宏旭 黄
宏旭 黄
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金鼎聯合科技纖維股▲分▼有限公司
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Abstract

【課題】探知時の導電シートの移動を防止でき、身体に固定された接触状態を保持できて、長時間着用しても快適な、生理探知装置に適用される吸着接着導電シートを提供する。【解決手段】吸着接着導電シートは導電シート10、少なくとも1個の接着フィルム20を有する。少なくとも1個の接着フィルム20は導電シート10上に結合され、その表面には微小構造である複数の凸出部21を形成し、導電シート10は各凸出部21の分子間正負電荷の吸引力により皮膚30上に吸着して接着される。使用時には、各凸出部21の分子間正負電荷の吸引力を通して皮膚30上に吸着して接着される設計を通して、探知時の導電シート10の移動を防止でき、身体表層に固定された接触状態を保持できる。しかも長時間着用しても通気が良いため快適な機能を備え、生理信号の探知を効果的に行うことができる。【選択図】図2An adsorption adhesive conductive sheet applied to a physiological detection device that can prevent movement of a conductive sheet during detection, can maintain a contact state fixed to the body, and is comfortable even when worn for a long time. An adsorption adhesive conductive sheet includes a conductive sheet and at least one adhesive film. At least one adhesive film 20 is bonded onto the conductive sheet 10, and a plurality of protruding portions 21 having a microstructure are formed on the surface thereof. The conductive sheet 10 attracts intermolecular positive and negative charges of each protruding portion 21. It is adsorbed and adhered onto the skin 30 by force. In use, the conductive sheet 10 can be prevented from moving at the time of detection through the design of adsorbing and adhering to the skin 30 through the attracting force of the intermolecular positive and negative charges of each protruding portion 21, and the contact state fixed to the body surface layer Can be held. Moreover, even if it is worn for a long time, it has a comfortable function because of good ventilation, and it can effectively detect physiological signals. [Selection] Figure 2

Description

本考案は吸着接着導電シートに関し、特に探知時の導電シートの移動を防止でき、身体表層に固定された接触状態を保持でき、しかも長時間着用しても快適で、生理探知装置に適用される吸着接着導電シートに関する。   The present invention relates to an adhesive adhesive conductive sheet, and in particular, can prevent movement of the conductive sheet during detection, can maintain a contact state fixed to the body surface layer, and is comfortable even when worn for a long time, and is applied to a physiological detection device. The present invention relates to an adhering adhesive conductive sheet.

近年、ファブリック中への導電シートの装着に関して、多くの電機メーカーが積極的に研究開発を行っている。
そのファブリックの着用時には、着用者の生理信号を探知でき、それによってその身体機能状態を知り、モニター及び記録を行うことができる。
In recent years, many electrical manufacturers have been actively researching and developing the mounting of conductive sheets in fabrics.
When the fabric is worn, it is possible to detect the wearer's physiological signal, thereby knowing its physical function state, and monitoring and recording.

しかし、導電シートはファブリック上に固定されているため、導電シートを身体表層に接触させても、身体の動きに従いファブリックが動き、ファブリック上に固定されている導電シートがずれてしまうという状況が発生する。
これにより、導電シートが身体表層で生理信号の探知を行う際に、信号中断或いは信号異常の状況がしばしば発生し、導電シートの位置を改めて調整し、或いは身体を静止させた状態に保たなければ、導電シートによる生理信号の探知が行えないという状況が出現している。
However, since the conductive sheet is fixed on the fabric, even if the conductive sheet is brought into contact with the body surface layer, the fabric moves according to the movement of the body and the conductive sheet fixed on the fabric is displaced. To do.
As a result, when the conductive sheet detects physiological signals on the body surface, signal interruptions or signal abnormalities often occur, the position of the conductive sheet must be adjusted again, or the body must be kept stationary. For example, a situation where physiological signals cannot be detected by the conductive sheet has appeared.

上記したように従来の構造には多くの欠点があり、改良の必要がある。   As described above, the conventional structure has many drawbacks and needs to be improved.

本考案の目的は、探知時の導電シートの移動を防止でき、身体表層に固定された接触状態を保持でき、しかも長時間着用しても快適で、生理探知装置に適用される吸着接着導電シートを提出することにある。   The object of the present invention is to prevent the movement of the conductive sheet at the time of detection, to maintain the contact state fixed to the body surface layer, and to be comfortable even if worn for a long time, and applied to a physiological detection device. Is to submit.

本考案による吸着接着導電シートは、導電シート及び少なくとも1個の接着フィルムを有する。
該少なくとも1個の接着フィルムは、該導電シート上に結合され、その表面には、微小構造である複数の凸出部を形成し、こうして該導電シートは、該各凸出部の分子間正負電荷の吸引力により、皮膚上に吸着して接着される。
これにより、使用時には、該各凸出部の分子間正負電荷の吸引力を通して皮膚上に吸着して接着される設計を通して、探知時の導電シートの移動を防止でき、身体表層に固定された接触状態を保持でき、しかも長時間着用しても通気が良いため快適な機能を備え、生理信号の探知を効果的に行うことができる。
The adsorption adhesive conductive sheet according to the present invention includes a conductive sheet and at least one adhesive film.
The at least one adhesive film is bonded onto the conductive sheet, and a plurality of protruding portions which are microstructures are formed on the surface thereof, and thus the conductive sheet has an intermolecular positive / negative of each protruding portion. It is adsorbed and adhered onto the skin by the suction force of electric charges.
As a result, during use, the conductive sheet can be prevented from moving during detection through a design that is adsorbed and adhered to the skin through the attractive force of intermolecular positive and negative charges of each protruding portion, and the contact fixed to the body surface layer The state can be maintained, and even if it is worn for a long time, the ventilation is good, so that it has a comfortable function and can effectively detect a physiological signal.

本考案による吸着接着導電シートは、探知時の導電シートの移動を防止でき、身体表層に固定された接触状態を保持でき、しかも長時間着用しても快適である。   The adhering adhesive conductive sheet according to the present invention can prevent movement of the conductive sheet during detection, can maintain a contact state fixed to the body surface layer, and is comfortable even when worn for a long time.

本考案による吸着接着導電シートの立体外観図である。It is a three-dimensional external view of the adsorptive adhesive conductive sheet according to the present invention. 本考案による吸着接着導電シートの部分断面模式図である。It is a partial cross-sectional schematic diagram of the adsorption adhesion electrically conductive sheet by this invention. 本考案による吸着接着導電シートの別種の実施形態の立体外観図である。It is a three-dimensional external view of another embodiment of the adsorptive adhesive conductive sheet according to the present invention. 本考案による吸着接着導電シートのさらに別種の実施形態の立体外観図である。It is a three-dimensional external view of another embodiment of the adsorption adhesive conductive sheet according to the present invention.

本考案による吸着接着導電シートは、図1、2に示す通り、導電シート10及び少なくとも1個の接着フィルム20を有する。   The adsorptive adhesive conductive sheet according to the present invention includes a conductive sheet 10 and at least one adhesive film 20 as shown in FIGS.

少なくとも1個の接着フィルム20は、導電シート10上に結合され、その表面には、微小構造である複数の凸出部21を形成し、こうして導電シート10は、各凸出部21の分子間正負電荷の吸引力により、皮膚30上に吸着して接着される。   At least one adhesive film 20 is bonded onto the conductive sheet 10, and a plurality of protruding portions 21 that are microstructures are formed on the surface thereof, and thus the conductive sheet 10 is formed between the molecules of the protruding portions 21. It is adsorbed and adhered onto the skin 30 by the suction force of positive and negative charges.

上述の構成部材の組成により、使用時には、各凸出部21の分子間正負電荷の吸引力を通して皮膚30上に吸着して接着される設計を通して、長時間着用しても通気がよく快適な機能を備える。
しかも、導電シート10の、探知時の移動を防止でき、身体表層に固定された接触状態を保持でき、導電シート10の移動による生理信号探知への影響を防止でき、こうして正確に生理信号を探知する性能と目的を達成することができる。
Due to the composition of the above-described constituent members, a function that provides good ventilation and comfort even when worn for a long time through the design of adsorbing and adhering onto the skin 30 through the attractive force of the intermolecular positive and negative charges of each protruding portion 21 in use. Is provided.
Moreover, the movement of the conductive sheet 10 during detection can be prevented, the contact state fixed to the body surface layer can be maintained, and the influence on the physiological signal detection due to the movement of the conductive sheet 10 can be prevented, thus detecting the physiological signal accurately. Performance and purpose can be achieved.

さらに図1、図2に示す通り、各凸出部21の分子間正負電荷の吸引力は、ファンデルワールス力(Van Der Waals Force)効果である。   Further, as shown in FIGS. 1 and 2, the attractive force of the intermolecular positive and negative charges of each protruding portion 21 is a van der Waals force effect.

さらに図1、図2に示す通り、本考案の第一実施形態において、各接着フィルム20は、導電シート10の周囲に結合され(第一実施形態において、各接着フィルム20は、導電シート10の上方周囲に設置され、導電シート10と各接着フィルム20は、同一平面上に設置され(図示なし)、各接着フィルム20は導電シート10の周縁に接着される)、しかも結合方式は粘着接合である。   Further, as shown in FIGS. 1 and 2, in the first embodiment of the present invention, each adhesive film 20 is bonded around the conductive sheet 10 (in the first embodiment, each adhesive film 20 is formed of the conductive sheet 10. The conductive sheet 10 and each adhesive film 20 are installed on the same plane (not shown), and each adhesive film 20 is bonded to the periphery of the conductive sheet 10), and the bonding method is adhesive bonding. is there.

さらに図3に示す通り、本考案の第二実施形態において、各接着フィルム20は、円形或いは多辺形を呈し、整列配置方式で、導電シート10の表面上に結合され、しかも結合方式は粘着接合である。   Further, as shown in FIG. 3, in the second embodiment of the present invention, each adhesive film 20 has a circular shape or a polygonal shape, and is bonded on the surface of the conductive sheet 10 by an alignment arrangement method. It is a junction.

さらに図4に示す通り、本考案の第三実施形態において、各接着フィルム20は、細長い形状を呈し、整列配置方式で、導電シート10の表面上に結合され、しかも結合方式は粘着接合である。   Further, as shown in FIG. 4, in the third embodiment of the present invention, each adhesive film 20 has an elongated shape, and is bonded on the surface of the conductive sheet 10 in an aligned arrangement method, and the bonding method is adhesive bonding. .

さらに図1、図2に示す通り、本考案の吸着接着導電シートは好ましくは、生理探知装置(図示なし)上に運用される。
これにより、導電シート10の、探知時の移動を防止でき、身体表層に固定された接触状態を保持でき、生理信号の探知を効果的に行うことができ、その探知性能を向上させられる。
Further, as shown in FIGS. 1 and 2, the adhering adhesive conductive sheet of the present invention is preferably used on a physiological detection device (not shown).
Thereby, the movement at the time of detection of the electrically conductive sheet 10 can be prevented, the contact state fixed to the body surface layer can be maintained, physiological signal detection can be performed effectively, and the detection performance can be improved.

さらに図1、図2に示す通り、導電シート10は、信号伝送接点(図示なし)に連接され、しかも信号伝送接点は、信号送信機と導電線により連接される(図示なし)。
しかも、信号送信機内には、無線伝送モジュールを設置し(図示なし)、受け取った生理信号及びその変化を、無線伝送方式を通して、電子設備上(スマートフォン、スマートタブレットコンピューター、ノート型コンピューター、デスクトップコンピューター、医療設備等)或いはクラウド上に伝送する。
こうして、探知結果を知ることができ、予防医療に役立てることができる。
Further, as shown in FIGS. 1 and 2, the conductive sheet 10 is connected to a signal transmission contact (not shown), and the signal transmission contact is connected to a signal transmitter by a conductive wire (not shown).
In addition, a wireless transmission module is installed in the signal transmitter (not shown), and the received physiological signal and its change are transmitted to the electronic equipment (smart phone, smart tablet computer, notebook computer, desktop computer, Medical equipment, etc.) or transmitted to the cloud.
Thus, the detection result can be known, which can be used for preventive medicine.

さらに図1、図2、図3、図4に示す通り、導電シート10はさらに、導電布、電極シート、導電メッキフィルム、或いはポリウレタン(PU)材質の導電メッキフィルム等の内の任意の一種で、しかも導電シート10を通して身体皮膚30上に緊密に接触させられ、こうして身体表層の生理信号を探知する。
その生理信号は、体温、心拍、脈拍、呼吸等の内の任意の一種である。
Further, as shown in FIGS. 1, 2, 3, and 4, the conductive sheet 10 is any one of a conductive cloth, an electrode sheet, a conductive plating film, or a conductive plating film made of polyurethane (PU). Moreover, it is brought into close contact with the body skin 30 through the conductive sheet 10 and thus detects physiological signals on the body surface layer.
The physiological signal is any one of body temperature, heartbeat, pulse, respiration, and the like.

さらに図1、図2に示す通り、各接着フィルム20は導電性能を備え、しかも導電シート10が、各凸出部21の分子間正負電荷の吸引力を通して皮膚30上に吸着して接着される時、皮膚30上の水分31は同時に各凸出部21の間の間隙22中に発散される。
これにより、水分31は各間隙22中に充満し、間隙22中の水分31中の微量金属、ミネラル質を通して、各接着フィルム20の導電性能を強化することができる。
また、図3、図4に示す接着フィルム20も導電性能を備える。
Further, as shown in FIGS. 1 and 2, each adhesive film 20 has a conductive performance, and the conductive sheet 10 is adsorbed and adhered onto the skin 30 through the suction force of the intermolecular positive and negative charges of each protruding portion 21. At the same time, the moisture 31 on the skin 30 is released into the gaps 22 between the protruding portions 21 at the same time.
Thereby, the moisture 31 is filled in each gap 22, and the conductive performance of each adhesive film 20 can be enhanced through the trace metals and minerals in the moisture 31 in the gap 22.
Moreover, the adhesive film 20 shown in FIG. 3 and FIG.

前述した本考案の実施形態は本考案を限定するものではなく、よって、本考案により保護される範囲は後述される実用新案登録請求の範囲を基準とする。   The above-described embodiments of the present invention do not limit the present invention. Therefore, the scope protected by the present invention is based on the scope of claims for utility model registration to be described later.

10 導電シート
20 接着フィルム
21 凸出部
22 間隙
30 皮膚
31 水分
10 conductive sheet 20 adhesive film 21 protruding portion 22 gap 30 skin 31 moisture

Claims (9)

吸着接着導電シートであって、導電シート、少なくとも1個の接着フィルムを有し、
前記少なくとも1個の接着フィルムは、前記導電シート上に結合され、その表面には、微小構造である複数の凸出部を形成し、こうして前記導電シートは、前記各凸出部の分子間正負電荷の吸引力により、皮膚上に吸着して接着されることを特徴とする、吸着接着導電シート。
An adhering adhesive conductive sheet comprising a conductive sheet and at least one adhesive film;
The at least one adhesive film is bonded onto the conductive sheet, and a plurality of protruding portions that are microstructures are formed on the surface thereof, and thus the conductive sheet is formed between the positive and negative molecules of each protruding portion. An adhering adhesive conductive sheet characterized by adsorbing and adhering to the skin by a suction force of electric charges.
前記吸引力は、ファンデルワールス力であることを特徴とする、請求項1に記載の吸着接着導電シート。   The adsorptive adhesive conductive sheet according to claim 1, wherein the suction force is van der Waals force. 前記各接着フィルムは、前記導電シートの周囲に結合されることを特徴とする、請求項1に記載の吸着接着導電シート。   The adsorptive adhesive conductive sheet according to claim 1, wherein each of the adhesive films is bonded to the periphery of the conductive sheet. 前記各接着フィルムは、円形或いは多辺形を呈し、整列配置方式で前記導電シートの表面上に結合されることを特徴とする、請求項1に記載の吸着接着導電シート。   2. The adsorptive adhesive conductive sheet according to claim 1, wherein each of the adhesive films has a circular shape or a polygonal shape, and is bonded onto the surface of the conductive sheet in an aligned manner. 前記各接着フィルムは、細長い形状を呈し、整列配置方式で前記導電シートの表面上に結合されることを特徴とする、請求項1に記載の吸着接着導電シート。   2. The adsorptive adhesive conductive sheet according to claim 1, wherein each of the adhesive films has an elongated shape and is bonded onto the surface of the conductive sheet in an aligned arrangement manner. 前記各接着フィルムは、導電性能を備えることを特徴とする、請求項1或いは3或いは4或いは5に記載の吸着接着導電シート。   6. The adsorptive adhesive conductive sheet according to claim 1, 3, 4, or 5, wherein each of the adhesive films has a conductive performance. 前記結合方式は、粘着接合であることを特徴とする、請求項1或いは3或いは4或いは5に記載の吸着接着導電シート。   The adsorptive adhesive conductive sheet according to claim 1, 3, 4, or 5, wherein the coupling method is adhesive bonding. 前記導電シートはさらに、信号伝送接点を連接し、しかも前記信号伝送接点はさらに、信号送信機と導電線により連接され、しかも前記信号送信機内には、無線伝送モジュールを設置し、これにより受け取った信号を伝送できることを特徴とする、請求項1に記載の吸着接着導電シート。   The conductive sheet is further connected to a signal transmission contact, and the signal transmission contact is further connected to a signal transmitter by a conductive wire, and a radio transmission module is installed in the signal transmitter to receive the signal transmission contact. The adsorptive adhesive conductive sheet according to claim 1, wherein a signal can be transmitted. 前記導電シートは、さらに導電布、電極シート或いは導電メッキフィルム等の内の任意の一種で、しかも前記導電シートを通して身体皮膚上に密着し、こうして身体表層の生理信号を探知し、
前記生理信号は、体温、心拍、脈拍、呼吸等の内の任意の一種であることを特徴とする、請求項1或いは8に記載の吸着接着導電シート。
The conductive sheet is any one of a conductive cloth, an electrode sheet, or a conductive plated film, and is in close contact with the body skin through the conductive sheet, thus detecting a physiological signal of the body surface layer,
The adsorptive adhesive conductive sheet according to claim 1 or 8, wherein the physiological signal is any one of body temperature, heartbeat, pulse, respiration, and the like.
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