1259763 玖、發腦謙明 【發明所屬之技術領域】 本發明係關於一種能夠提供頸部按摩效果之枕頭套裝 置及枕頭裝置。 【先前技術】 習用藉由提供身體指壓效果以促進血液循環、增進健 康爲目的之枕頭套裝置有許多種。例如於枕頭內部之中設 置有按摩用之滾輪。該按摩用之滾輪乃是藉由電動機等驅 動元件接觸使用者之頸部附近以進行移動，藉此，以給予 頸部刺激按摩。 但是，前述之按摩用滾輪一般乃是利用樹脂與硬質的 橡膠材料之固體材料所製成，且在固定之位置往復進行移 動之物體，因此會有刺激過強之傾向。另外，此種按摩用 滾輪有時候會產生局部區域過大之按摩作用力，因此使用 舒適感需要加以改善。 【發明內容】 本發明有鑒於以上之問題乃提出解決方案，以提供一 罕重枕頭套裝置及枕頭裝置爲目的，其特徵在基本上乃在於 內部收納有枕頭之套體本體上，設置有藉由空氣之供給即 可膨脹，並藉由按壓頸部兩側即可加以排氣收縮之左右的 空氣袋體，以得到柔適之指壓效果，使得使用之舒適性可 加以提昇。 本發明之中，申請專利範圍第1項之發明，係一種枕 頭套裝置，其乃在於內部收納有枕頭之套體本體處，設置 1259763 有藉θ空氣z侯給即可膨脹，並藉由按壓頸部兩側即可加 以排氣收縮之空氣袋體。 本發明之中，申請專利範圍第2項之發明，如申請專 利範圍1所述之枕頭套裝置，其空氣袋體至少包含有可搭 載頭部且固設在套體本體橫向略中心部位之第一袋狀部、 設置於該第一袋狀部及前述套體本體之間，且可藉由膨脹 使得該第一袋狀部朝前述之中心側傾斜之第二袋狀部。 本發明之中，申請專利範圍第3項之發明，如申請專 利範圍2所述之枕頭套裝置，其中前述第一袋狀部之上方 設置有容積較小且供局部按壓用之第三袋狀部。 本發明之中，申請專利範圍第4項之發明，如申請專 利範圍1至3任一項所述之枕頭套裝置，其中前述之空氣 袋體乃與前述之套體本體爲不同個體之高壓空氣發生部藉 由空氣管相互連接。 本發明之中，申請專利範圍第5項之發明，係一種枕 頭裝置，其於枕頭本體上設置有藉由空氣之供給即可膨脹 ，並藉由按壓頸部兩側即可加以排氣收縮之空氣袋體。 如上所述，申請專利範圍第1項所述之枕頭套裝置， 其乃在於內部收納有枕頭之套體本體處，設置有藉由空氣 之供給即可膨脹，並藉由按壓頸部兩側即可加以排氣收縮 之空氣袋體爲特徵。這樣的空氣袋體可以因應使用者的身 體形狀作適當的變形且密接性高，因此可以防止身體局部 承受到過大之按摩力道，故能得到非常柔舒之指壓按摩效 果，進而提昇使用之舒適性。 1259763 又，申請專利範圍第2項所述之發明，其空氣袋體至 少包含有可搭載頭部且固設在套體本體橫向略中心部位之 第一袋狀部、設置於該第一袋狀部及前述套體本體之間， 且可藉由膨脹使得該第一袋狀部朝前述之中心側傾斜之第 二袋狀部，故可得到夾制使用者頸部之按摩效果，使得使 用之舒適性進一步加以提昇。 又，申請專利範圍第3項所述之發明，其中前述第一 袋狀部之上方設置有容積較小且供局部按壓用之第三袋狀 部，可以確保第一袋狀部整體之大膨脹量，而利用第三袋 狀部按壓人體，故可得到有效的按摩力道。如此一來，具 有可以防止按摩力道分散之效果。 又，申請專利範圍第5項所述之發明，其中前述之空 氣袋體乃與前述之套體本體爲不同個體之高壓空氣發生部 藉由空氣管相互連接，可以將驅動源設置在遠離頭部的位 置。將驅動時之震動及噪音加以遠離，便可以使得使用的 舒適性更進一步提昇。另外，套體本體亦可以進行拆卸淸 洗，更加提昇便利性。 【實施方式】 以下便就本發明之一實施型態搭配圖式進行說明。 第一圖爲本發明枕頭套裝置（1 )之整體立體圖，圖 中所示本實施型態之枕頭套裝置（1 )乃具備有內部收納 有枕頭（圖式省略）之套體本體（2)、以及與套體本體 (2 )爲不同個體之遙控器（3 )。 前述之套體本體（2 )，例如爲纖維材料所製成，沿 1259763 其橫向方向（指通常使用時，使用者之肩膀寬度方向）之 長邊上緣（2 a )、下緣（2 b )及橫向方向之一邊的側 緣（2 c )分別將其封閉，以形成內部具有可供枕頭*** 空間（4 )之略呈矩形的袋狀體結構。又，套體本體（2 )另一側之側緣（2 d )則設置有拉鍊等開閉元件（j ) 以防止枕頭由套體本體（2 )中移出。就本實施型態而言 ，於該套體本體（2)之表面（2 e )處設置有縫製在前 述下緣（2 b )處之基體板（5 )上，並可以膨脹、收縮 之空氣袋體（6)。另外，該空氣袋體（6)之上方披覆 有伸縮自如的伸縮布（2 5 )。 基體板（5 )就本實施例而言，乃是由厚度小的樹脂 所製成，爲沿橫向方向之長方形矩形結構。該基體板（5 )可因應枕頭形狀加以彎取而具有適當的彈性。該基體板 (5)，例如可利用接著劑或雙面膠帶一體固接在_體本 體（2 )上。 本實施型態之空氣袋體（6 )乃是由利用在套體本體 (2 )之橫向方向的中心（c L )上所設置之基體板（5 )加以固定之第一袋狀部（6 a )、設置於該第一袋狀部 (6 a )及前述套體本體（2 )之間，且可經由膨脹推壓 使得該第一袋狀部（6 a )朝前述中心（C L )側傾斜之 一對第二袋狀部（6 b )、以及設置於第一袋狀部（6 a )之上方，且容積較小之一對局部按壓用的第三袋狀部（ 6 c )所構成。 如第二圖（空氣袋體（6 )的收縮狀態）、第三圖以 1259763 及第四圖（空氣袋體（6 )的膨脹狀態）所示，本實施型 態之第一袋狀部（6 a )乃是於沿橫向方向設置之橫長矩 形狀之基部（7 )的略中央部位處，朝上緣（2 a )及下 緣（2 b )方向突出有組裝耳部（8 )，並與可塑性彈性 體所構成之兩片薄片（9)加以疊合成一體，並如第二圖 所示，以點熱溶接之方式設置周緣部（1 0 )以形成袋體 。前述之薄片（9 )乃爲具有適當之彈性及可耐外刮傷性 之物體，例如，其可使用0.0 1〜0.5mm左右之熱可塑 性聚氨基甲酸酯（T P U )薄片爲較佳。 又，第一袋狀部（6 a )乃以前述之組裝耳部（8 ) 與套體本體（2 )的中心（C L )大略一致般縫著於基體 板（5 )上加以固接。藉此，第一袋狀部（6 a )便可以 在套體本體（2 )之橫向方向的略中心（C L )部位加以 固定在套體本體（2 )上，其兩側可自由的由套體本體（ 2 )處加以分離。另外，於第一袋狀部（6 a )之底面略 中央部位設置有具有小型圓孔之筒狀的組裝部（11)。 如第三圖所示，該組裝部（1 1 )與空氣管（1 5 ) —端 的連接口（ 1 5 e )加以氣密接合。藉此，便可以由空氣 管（1 5 )輸送高壓空氣使得第一袋狀部（6 a )加以膨 脹。 又，如第二圖所示，就本實施型態之第一袋狀部（6 a )於前述組裝部（1 1 )之兩側、橫向方向及直角延伸 處及內、外部設置有溶接薄片（9 )之溶接部（1 6 )。 藉此，第一袋狀部（6 a )便可藉由該溶接部（1 6 )間 1259763 之中央部（M a )區隔分離出兩側部（M b ) °各溶接部 (1 6 )之兩端乃是以與周緣部（1 0 )保持有一離間之 小距離（e )爲終端。如第三圖所示，因此，第一袋狀部 (6 a )可以由此離間之部分將空氣提供至左右兩側之兩 側部（M b )，使得兩側部（M b )得以進行較大的膨脹 動作，而中央部（M a )則進行較小的膨脹動作。另外， 中央部（M a )之上方貼設有緩衝材（2 7 )。 如第二圖及第三圖所示，前述之第一袋狀部（6 b ) 在本實施例中爲圓形，且由前述彈性體所製成之兩片薄片 (1 2 )加以疊合，並熱溶接出周緣部（1 4 )以形成袋 體。又，第二袋狀部（6 b )乃設置在第一袋狀部（6 a )之兩側部（M b )與套體本體（2 )之間。另外，就本 實施型態而言，第二袋狀部（6 b )乃是藉由空氣孔（2 0 )與前述第一袋狀部（6 a )以內部加以連通之方式連 接在一起，其並非是固接在基體板（5 )上。又，如第二 圖所示，第二袋狀部（6b)乃是藉由薄片（1 2)之圖 心（G )以與套體本體（2 )之中心（C L )側的第一袋 狀部（6 a )加以連結。 g靑參看第二圖及第三圖所示，第三袋狀部（6 c )在 本實施例中爲圓形，且由前述彈性體所製成之兩片薄片（ 1 3 )加以暨合，並熱溶接出周緣部（2 2 )以形成袋體 。又，第二袋狀部（6 c)乃是設置在第一袋狀部（6 a )之兩側部（M b )的上方，藉由空氣孔（2 1 )以與前 述之第一袋狀部（6 a )以內部加以連通之方式連接在一 10 1259763 起。 請參看第五圖所示，前述之遙控器（3 )於本實施例 中乃具備有可產生高壓空氣之高壓空氣發生部（3 0 )、 一端與該高壓空氣發生部（3 0 )連接，另一端與前述空 氣管（1 5 )相連接之空氣通路部（3 1 )、供給前述高 壓空氣發生部（3 0 )電源之電源部（3 2 )、以及可控 制前述高壓空氣發生部（3 0 )等之控制部（3 3 )。前 述之元件乃內藏在基台（C 1 )及蓋體（C 2 )之中。 前述之高壓空氣發生部（3 0 )就本實施例而言包含 有電動機（3 0 A )、以及藉由該電動機（3 0 A )加以 驅動之空氣幫浦（3 Ο B )。該空氣幫浦（3 Ο B )具有 將高壓空氣輸出之排氣口（30B1)，以及將外界空氣 加以吸入之進氣口（30B2)。又，其較佳者乃是將電 動機（3 0 A )及空氣幫浦（3 Ο B ) —體化並小型化。 空氣通路部（3 1 )就本實施型態而言爲內部呈中空 結構，外視略呈L字型之直方形體所構成，其一端藉由管 路（3 6 )與前述空氣幫浦（3 Ο B )之排氣口（ 3〇B 1 )相連接，另一端則設置有可與前述空氣管（1 5 )自 由連接拆卸之連接口（ P 1 )。又，在空氣通路部（3 1 )上另設置有排氣口（ P 2 )。該排氣口（ P 2 )在一般 狀況之下乃是藉由電磁片（V 1 )之彈簧所付勢彈力之片 體加以封閉，在必要時，藉由電磁片（V 1 )之作動，使 得該排氣口（ P 2 )與大氣相連通，藉此以進行空氣通路 部（3 1 )內部之減壓。 1259763 電源部（3 2 )在本實施型態而言乃是由蓄電池所構 成。因此不需要外部電源，但並不限定於此。又，控制部 (3 3 )含有控制電路，可以進行前述電動機（3 0 A ) 及電磁片（V 1 )之預定控制，其可適當的設置有〇N、 〇F F用開關（S 1 )、調整按摩力道強度之開關（S 2 )等。 藉由上述構造之枕頭套裝置（1 )，可將枕頭置入套 體本體（2 )內部，將一端與第一袋狀部（6 a )之組裝 口（ 1 1 )加以連接之空氣管（1 5 )的另外一端，連接 至遙控器（3 )之連接口（ P 1 )。故使用者可以將頭部 大略置放在套體本體（2 )之中心（C L )位置，將遙控 器（3 )之開關（S 1 )轉至〇N。如此一來，便可以藉 由高壓空氣發生部（3 0 )將高壓空氣經由空氣通路部（ 3 1 )輸送供給至空氣袋體（6)處。 經由供給高壓空氣之空氣袋（6 )便會如第三圖、第 四圖、第六圖以及第七圖所示，第一乃至第三袋狀部（6 a) (6b) ( 6 c )便會一體加以膨脹。此時，第二袋 狀部（6 b )便會將固接在套體本體（2 )之中心（C L )的第一袋狀部（6 a )之兩側部（M b )向上推壓。如 此一來’弟一袋狀邰（6 a )之兩側部（M b )便會以前 述中心（C L )側爲支點該中心（c L )側傾斜。此時， 基體板（5 )會位於第二袋狀部（6 b )之下方以防止其 朝下方膨脹，使得上述之作用可以有效的發揮。另外，藉 由第一袋狀部（6 a )之膨脹變形，使得第三袋狀部（6 12 1259763 C )會如第三圖所示夾制虛線所示之使用者的頸部（N ) ’再來便可如第六圖及第七圖所示，能夠提供使用者頸部 周邊按摩效果，以促進血液循環。 又’空氣袋體（6 )不同於習用之滾輪，其乃是利用 空氣壓力加以膨脹，因此其形狀可以自由的變形。故可以 隨著使用者的頸部周圍粗度及長度等體型不同之變化加以 變形，能夠防止局部部位承受到較大之按摩作用力，因此 可以感受到非常柔舒之按摩效果。 特別是在本實施型態於第一袋狀部（6 a )上設置有 容積較小之局部按壓用的第三袋狀部（6 c )之場合，可 以確保第一袋狀部（6 a )整體之大膨脹量，而第三袋狀 部（6 c )又可具有不會使按壓範圍過大之局部指壓效果 。如此一來可以防止按摩力道分散，而得到適切的按摩效 果。另外，由於第三袋狀部（6 c )也是利用空氣加以膨 脹’因此就局邰區域而言，能夠較習用結構維持更加舒適 之按摩效果。爲了提高按摩效果，就最大膨脹時而言，前 述第三袋狀部（6 c )間的橫向方向之空間寬度（X )例 如爲3 0〜8 Omm左右，其較佳者爲3 〇〜6 Omm。 又，就控制部（3 3 )而言，例如對空氣袋體（6 ) 以高壓空氣於一定時間，例如連續數十秒持續供給使其膨 脹後，再利用電磁片（V 1 )之作動使得空氣通路部（3 1 )之排氣口（ P 2 )開啓與大氣相連通。此時，便可藉 由使用者的重量，將空氣袋體（6 )中的空氣加以排除收 縮。如此之動作可以反覆交互的連續進行，亦可以搭配其 13 1259763 他種之控制方式加以進行。另外，如第六圖所示，由於本 實施例乃是將具有高壓空氣發生部（3 0 )之遙控器（3 )與套體本體（2 )分開設置，因此可以將高壓空氣發生 部（3 0 )所產生之震動及噪音遠離使用者的頭部，故能 夠安靜的加以使用。 另外，就上述實施型態而言，雖是以套體本體（2 ) 上設置有空氣袋體（6 )之枕頭套裝置爲例說明，其亦可 以如第八圖所示，其並非套體本體（2 )，而是於該套體 本體（2 )內藏之枕頭（4 0 )上組裝有前述之空氣袋體 (6 )而構成枕頭裝置（4 1 )亦可。再者，空氣袋體（ 6 )的形狀，亦可以如舉例說明之形狀以外，加以進行其 他適當的變形。 【圖式簡單說明】 (一）圖式部分 第一圖爲本發明枕頭套裝置之一實施型態的整體立體 圖。 第二圖爲本發明枕頭套裝置之一實施型態的部分平面 圖。 第三圖爲本發明枕頭套裝置之空氣袋體於膨脹時之部 分剖面圖。 第四圖爲本發明枕頭套裝置之空氣袋體於膨脹時之立 體圖。 第五圖爲本發明枕頭套裝置之遙控器的立體圖。 第六圖爲本發明枕頭套裝置之使用狀態立體圖。 14 1259763 第七圖爲本發明枕頭套裝置之使用狀態側視圖。 第八圖爲本發明枕頭裝置之一實施例的立體圖。 (二）元件代表符號 (1 ) 枕頭套裝置 (2 ) 套體本體 (3 ) 遙控器 (6 ) 空氣袋體 (6 a )第一袋狀部 (6 b )第二袋狀部 (6 c )第三袋狀部 (3 0 )高壓空氣發生部1259763 玖 发 发 谦 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 枕头 枕头 枕头 枕头 枕头[Prior Art] There are many types of pillow cover devices which are used for the purpose of promoting blood circulation and improving health by providing body finger pressing effects. For example, a roller for massage is provided in the interior of the pillow. The roller for massage is moved by contacting a driving element of a motor or the like near the neck of the user, thereby giving a neck stimulation massage. However, the above-mentioned massage roller is generally an object which is made of a solid material of a resin and a hard rubber material and which reciprocates at a fixed position, so that the stimulation tends to be too strong. In addition, such a massage roller sometimes generates an excessive massage force in a partial area, so the comfort of use needs to be improved. SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and provides a solution for providing a rare pillow case device and a pillow device, which is characterized in that it is basically provided on a sleeve body in which a pillow is housed, and is provided with a borrowing. It can be inflated by the supply of air, and the air bag body can be vented and contracted by pressing both sides of the neck to obtain a soft finger pressing effect, so that the comfort of use can be improved. In the invention, the invention of claim 1 is a pillow cover device, which is a sleeve body body in which a pillow is accommodated, and 1259763 is provided to be inflated by θ air, and is pressed by pressing An air bag that can be vented and contracted on both sides of the neck. In the present invention, the pillow case device of claim 2, wherein the air bag body includes at least a head portion that can be mounted on the head and is fixed at a central portion of the sleeve body a pocket portion disposed between the first pocket portion and the sleeve body and capable of expanding the second pocket portion of the first pocket portion inclined toward the center side. The invention of claim 3, wherein the pillow cover device of claim 2, wherein the first bag-shaped portion is provided with a third bag having a smaller volume for partial pressing unit. In the present invention, the pillow cover device of any one of claims 1 to 3, wherein the air bag body is a high-pressure air different from the body of the sleeve body. The generating portions are connected to each other by an air tube. In the invention, the invention of claim 5 is a pillow device which is provided on the pillow body to be inflated by the supply of air, and can be deflated by pressing both sides of the neck. Air bag body. As described above, the pillow cover device according to the first aspect of the invention is characterized in that the body of the sleeve body in which the pillow is housed is provided, and the air supply is provided to expand, and by pressing both sides of the neck, It is characterized by an air bag that is deflated by air. Such an air bag body can be appropriately deformed according to the shape of the user's body and has high adhesion, so that the body can be prevented from being subjected to an excessive massage force, so that a very soft and shiatsu massage effect can be obtained, thereby improving the comfort of use. Sex. In the invention of claim 2, the air bag body includes at least a first pocket portion that can be mounted on the head and is fixed to a substantially central portion of the sleeve body, and is disposed in the first pocket shape. And a second bag-shaped portion which is inclined by the expansion of the first bag portion toward the center side of the sleeve body, so that the massage effect of the user's neck can be obtained, so that the utility model can be used. Comfort is further enhanced. Further, the invention of claim 3, wherein the first pocket portion is provided with a third pocket portion having a small volume and for partial pressing, thereby ensuring a large expansion of the entire first pocket portion The amount is used to press the human body with the third pocket, so that an effective massage force can be obtained. In this way, it has the effect of preventing the dispersion of the massage force. Further, the invention of claim 5, wherein the air bag body is a high-pressure air generating portion different from the casing body, and the high-pressure air generating portion is connected to each other by an air tube, and the driving source can be disposed away from the head. s position. By using the vibration and noise of the drive away, the comfort of use can be further improved. In addition, the sleeve body can also be disassembled and washed for added convenience. [Embodiment] Hereinafter, an embodiment of the present invention will be described with reference to the drawings. The first figure is an overall perspective view of the pillow cover device (1) of the present invention, and the pillow case device (1) of the present embodiment is provided with a sleeve body (2) having a pillow (illustrated omitted). And a remote controller (3) that is different from the body (2). The aforementioned sleeve body (2) is made of, for example, a fiber material, and has a long edge (2 a ) and a lower edge ( 2 b ) along the longitudinal direction of the 1257763 (in the direction of the user's shoulder width in normal use). And the side edges (2c) of one of the lateral directions are respectively closed to form a slightly rectangular bag-like structure having a pillow insertion space (4) inside. Further, the side edge (2d) of the other side of the casing body (2) is provided with an opening and closing member (j) such as a zipper to prevent the pillow from being removed from the casing body (2). In this embodiment, the surface (2 e ) of the sleeve body ( 2 ) is provided with a base plate ( 5 ) sewn at the lower edge ( 2 b ) and can expand and contract air. Bag body (6). Further, the air bag body (6) is covered with a stretchable stretch cloth (25). In the present embodiment, the base plate (5) is made of a resin having a small thickness and is a rectangular rectangular structure in the lateral direction. The base plate (5) can be flexed according to the shape of the pillow to have appropriate elasticity. The base plate (5) can be integrally fixed to the body body (2) by, for example, an adhesive or a double-sided tape. The air bag body (6) of the present embodiment is a first bag portion (6) fixed by a base plate (5) provided at a center (c L ) in a lateral direction of the cover body (2). a) disposed between the first pocket portion (6a) and the sleeve body (2), and being pushable by expansion to make the first pocket portion (6a) toward the center (CL) side One of the inclined pair of the second pocket portion (6b) and the third pocket portion (6c) disposed above the first pocket portion (6a) and having a smaller volume for partial pressing Composition. As shown in the second figure (the contracted state of the air bag body (6)), the third figure in the 1257763 and the fourth figure (the expanded state of the air bag body (6)), the first pocket portion of the present embodiment ( 6 a ) is an assembly portion (8 ) protruding toward the upper edge ( 2 a ) and the lower edge ( 2 b ) at a slightly central portion of the horizontally rectangular base portion ( 7 ) disposed in the lateral direction, and The two sheets (9) composed of the plastic elastomer are laminated and integrated, and as shown in the second figure, the peripheral portion (10) is provided in a point of heat fusion to form a bag body. The above-mentioned sheet (9) is an object having appropriate elasticity and resistance to external scratching. For example, it is preferable to use a thermoplastic polyurethane (T P U ) sheet of about 0.01 to 0.5 mm. Further, the first bag portion (6a) is sewn to the base plate (5) by the assembly ear portion (8) and the center (C L ) of the cover body (2). Thereby, the first pocket portion (6a) can be fixed on the sleeve body (2) at a slightly center (CL) of the lateral direction of the sleeve body (2), and the sleeves can be freely sleeved on both sides. The body body (2) is separated. Further, a cylindrical assembly portion (11) having a small circular hole is provided at a substantially central portion of the bottom surface of the first bag portion (6a). As shown in the third figure, the assembly portion (1 1 ) is hermetically joined to the connection port ( 15 e ) at the end of the air tube (15). Thereby, the high pressure air can be delivered by the air tube (15) so that the first pocket portion (6a) is inflated. Further, as shown in the second figure, the first bag-like portion (6a) of the present embodiment is provided with a bonding sheet on both sides, in the lateral direction and the right-angled extension, and in the inner and outer portions of the assembly portion (1 1 ). (9) The joint (16). Thereby, the first pocket portion (6 a ) can be separated from the central portion (M a ) of the 1459763 between the fusion portions (1 6 ) to separate the two sides (M b ) ° the respective fusion portions (16) The two ends are terminated by a small distance (e) from the peripheral portion (10). As shown in the third figure, therefore, the first pocket portion (6a) can provide air to the both side portions (Mb) of the left and right sides from the portion away from each other, so that the both sides (Mb) can be performed. The larger expansion action, while the central portion (M a ) performs a smaller expansion action. Further, a cushioning material (27) is attached to the upper portion of the central portion (M a ). As shown in the second and third figures, the first pocket portion (6b) is circular in the present embodiment, and the two sheets (12) made of the aforementioned elastic body are superposed. And hot-melting out the peripheral portion (14) to form a bag body. Further, the second pocket portion (6b) is disposed between the both side portions (Mb) of the first pocket portion (6a) and the sleeve body (2). In addition, in the present embodiment, the second pocket portion (6b) is connected to the inside of the first pocket portion (6a) by the air hole (20). It is not fixed to the base plate (5). Further, as shown in the second figure, the second pocket portion (6b) is the first pocket on the side (CL) side of the sleeve body (2) by the centroid (G) of the sheet (12) The joints (6 a ) are joined. g靑 Referring to the second and third figures, the third pocket (6c) is circular in this embodiment, and the two sheets (13) made of the aforementioned elastomer are combined. And hot-melting the peripheral portion (2 2 ) to form a bag body. Further, the second pocket portion (6c) is disposed above the two side portions (Mb) of the first pocket portion (6a) by the air hole (2 1 ) and the first bag described above The segments (6 a ) are connected internally by a connection of 10 1259763. Referring to FIG. 5, the remote controller (3) is provided with a high-pressure air generating portion (30) capable of generating high-pressure air, and one end is connected to the high-pressure air generating portion (30). An air passage portion (31) connected to the air pipe (15) at the other end, a power supply portion (3 2) for supplying the high-pressure air generating portion (30), and a high-pressure air generating portion (3) 0) and other control units (3 3 ). The aforementioned components are housed in the base (C 1 ) and the cover (C 2 ). The high-pressure air generating portion (30) described above includes, in the present embodiment, an electric motor (30A) and an air pump (3 Ο B) driven by the electric motor (30A). The air pump (3 Ο B) has an exhaust port (30B1) for outputting high-pressure air, and an intake port (30B2) for drawing in outside air. Further, it is preferable to integrate and miniaturize the motor (30A) and the air pump (3 Ο B). In the present embodiment, the air passage portion (3 1 ) is a hollow structure having an inner hollow shape and a straight L-shaped outer shape, and one end thereof is connected to the air pump by a pipe (3 6 ). The exhaust port (3〇B 1 ) of Ο B ) is connected, and the other end is provided with a connection port ( P 1 ) which can be freely connected to the air pipe (15). Further, an exhaust port (P 2 ) is additionally provided in the air passage portion (3 1 ). The exhaust port (P 2 ) is normally closed by a sheet of the elastic force of the spring of the electromagnetic sheet (V 1 ), and if necessary, by the electromagnetic sheet (V 1 ), The exhaust port (P 2 ) is connected to the atmosphere, whereby the pressure inside the air passage portion (3 1 ) is reduced. 1259763 The power supply unit (3 2 ) is constructed of a battery in this embodiment. Therefore, an external power source is not required, but is not limited thereto. Further, the control unit (33) includes a control circuit that can perform predetermined control of the motor (30A) and the electromagnetic sheet (V1), and can be appropriately provided with switches SN and 〇FF (S1), Adjust the switch of the strength of the massage force (S 2 ) and so on. With the pillow cover device (1) constructed as described above, the pillow can be placed inside the sleeve body (2), and the air tube (one end) is connected to the assembly port (1 1 ) of the first pocket portion (6 a ) ( The other end of 1 5) is connected to the connection port (P 1 ) of the remote control (3). Therefore, the user can place the head roughly at the center (C L ) of the sleeve body (2) and turn the switch (S 1 ) of the remote controller (3) to 〇N. In this way, the high-pressure air can be supplied to the air bag body (6) via the air passage portion (3 1 ) by the high-pressure air generating portion (30). The first to third pockets (6 a) (6b) ( 6 c ) are shown in the third, fourth, sixth and seventh figures via the air bag (6) for supplying high-pressure air. It will expand in one. At this time, the second pocket portion (6b) pushes up the two side portions (Mb) of the first pocket portion (6a) fixed to the center (CL) of the sleeve body (2) upward. . As a result, the two sides (M b ) of the pocket-shaped cymbal (6 a ) are inclined at the center (c L ) side as the fulcrum of the center (C L ) side. At this time, the base plate (5) is positioned below the second pocket portion (6b) to prevent it from expanding downward, so that the above-described action can be effectively exerted. In addition, by the expansion deformation of the first pocket portion (6a), the third pocket portion (6 12 1259763 C ) will sandwich the neck (N) of the user shown by the broken line as shown in the third figure. 'Come on, as shown in the sixth and seventh figures, can provide the user's neck around the massage effect to promote blood circulation. Further, the air bag body (6) is different from the conventional roller in that it is expanded by air pressure, so that its shape can be freely deformed. Therefore, it can be deformed according to changes in the thickness and length of the neck around the user, and the local part can be prevented from being subjected to a large massage force, so that a very soft massage effect can be felt. In particular, in the case where the third pocket portion (6c) for partial pressing having a small volume is provided on the first pocket portion (6a) in the present embodiment, the first pocket portion (6a) can be secured. The large amount of expansion of the whole, and the third pocket portion (6c) may have a local acupressure effect that does not cause the pressing range to be excessive. In this way, the massage force can be prevented from being dispersed, and an appropriate massage effect can be obtained. Further, since the third pocket portion (6c) is also swelled by air, it is possible to maintain a more comfortable massage effect than the conventional structure in terms of the squat area. In order to increase the massage effect, the space width (X) in the lateral direction between the third pocket portions (6c) is, for example, about 30 to 8 Omm, which is preferably 3 〇 to 6 in terms of maximum expansion. Omm. Further, in the control unit (3 3 ), for example, the air bag body (6) is continuously supplied with high-pressure air for a predetermined period of time, for example, for several tens of seconds, and then expanded by the electromagnetic sheet (V 1 ). The exhaust port (P 2 ) of the air passage portion (3 1 ) is opened to communicate with the atmosphere. At this time, the air in the air bag body (6) can be removed and contracted by the weight of the user. Such an action can be carried out continuously and repeatedly, and can also be carried out in conjunction with its control method of 13 1259763. Further, as shown in the sixth figure, since the remote controller (3) having the high-pressure air generating portion (30) is separately provided from the casing body (2), the high-pressure air generating portion can be provided (3). 0) The vibration and noise generated are far away from the user's head, so they can be used quietly. In addition, in the above embodiment, the pillow cover device provided with the air bag body (6) on the sleeve body (2) is taken as an example, and it may also be as shown in the eighth figure, which is not a sleeve body. The body (2) is assembled on the pillow (40) contained in the casing body (2), and the air bag body (6) is assembled to constitute the pillow device (4 1 ). Further, the shape of the air bag body (6) may be other suitable deformations in addition to the shape illustrated. BRIEF DESCRIPTION OF THE DRAWINGS (I) Schematic Part The first figure is an overall perspective view of one embodiment of the pillow cover device of the present invention. The second figure is a partial plan view of one embodiment of the pillow cover device of the present invention. The third figure is a partial cross-sectional view of the air bag body of the pillow cover device of the present invention when inflated. The fourth figure is a perspective view of the air bag body of the pillow cover device of the present invention when inflated. Figure 5 is a perspective view of the remote controller of the pillow cover device of the present invention. Fig. 6 is a perspective view showing the state of use of the pillow cover device of the present invention. 14 1259763 The seventh figure is a side view of the use state of the pillow cover device of the present invention. Figure 8 is a perspective view of one embodiment of a pillow device of the present invention. (2) Component symbol (1) Pillow cover device (2) Case body (3) Remote control (6) Air bag body (6 a ) First pocket (6 b ) Second pocket (6 c ) The third pocket (30) high pressure air generating unit