TWM592294U

TWM592294U - Absorbent article

Info

Publication number: TWM592294U
Application number: TW108210651U
Authority: TW
Inventors: 岡俊理; �田宏; 谷尾俊幸; 横市綾
Original assignee: 日商優你嬌美股份有限公司
Priority date: 2018-08-13
Filing date: 2019-08-13
Publication date: 2020-03-21
Also published as: CN211244089U; JP3218754U

Abstract

[課題]提供具有涼感劑的吸收性，且裝用者容易很快感覺到涼爽的吸收性物品。 [解決手段]吸收性物品(1)具有涼感劑。吸收性物品(1)具備：吸收體(20)、以及被配置在較吸收體(20)更靠肌膚面側的頂面薄片(30)。在吸收體(20)及頂面薄片(30)的至少一方顯示有由作為可喚起涼感的文字或設計的至少一方形成的喚起資訊(5)。 [Problem] To provide an absorbent article that has the absorbency of a cooling sensation agent and is easy for the user to feel cool. [Solution] The absorbent article (1) has a cooling agent. The absorbent article (1) includes an absorber (20) and a top sheet (30) disposed on the skin surface side of the absorber (20). At least one of the absorber (20) and the top sheet (30) displays arousal information (5) formed by at least one of characters or designs that can evoke a feeling of coolness.

Description

Absorbent article

本創作，是關於吸收性物品。This creation is about absorbent articles.

在專利文獻1揭示具有涼感劑的吸收性物品。涼感劑，是例如：作用於位於皮膚神經的受體活性化通道(TRPM8)者、藉由氣化熱使周圍的溫度下降者。裝用者裝用吸收性物品，可讓這類的涼感劑接觸裝用者的肌膚。藉此，裝用者可感覺到涼爽。 [先前技術文獻] [專利文獻] [專利文獻1]日本特表2004-528090號公報 Patent Document 1 discloses an absorbent article having a cooling agent. The cooling sensation agent is, for example, a person who acts on a receptor activation channel (TRPM8) located in the skin nerve, and a person who lowers the surrounding temperature by vaporization heat. The user installs an absorbent article that allows such a cooling agent to contact the user's skin. By this, the user can feel cool. [Prior Technical Literature] [Patent Literature] [Patent Document 1] Japanese Patent Publication No. 2004-528090

[新型所欲解決之課題] 然而，涼感劑為作用於位於皮膚神經的受體活性化通道(TRPM8)者時，直至直接接觸到裝用者的肌膚為止，無法讓裝用者感覺到涼爽。又，涼感劑為利用氣化熱者時，藉由涼感劑從皮膚奪取熱，裝用者可感覺到涼爽。因此，從裝用者裝用吸收性物品起，直至涼感劑實際接觸肌膚為止的期間會有所謂不易感覺到涼爽的問題。於此，期望能有具有涼感劑的吸收性，且裝用者容易很快感覺到涼爽的吸收性物品。 [解決課題用的手段] 本創作的吸收性物品具有涼感劑。該吸收性物品具備：前後方向、和前述前後方向正交的寬邊方向、和前述前後方向及前述寬邊方向正交的厚度方向，吸收體、以及被配置在較前述吸收體更靠肌膚面側的頂面薄片。在前述吸收體及頂面薄片的至少一方顯示有由作為可喚起涼感的文字或設計的至少一方形成的喚起資訊。 [New type of problem to be solved] However, when the cooling sensation agent acts on the receptor activation channel (TRPM8) located in the cutaneous nerve, it cannot make the user feel cool until it directly contacts the skin of the user. In addition, when the cooling sensation agent uses gasification heat, the cooling sensation agent takes heat from the skin, and the user can feel coolness. Therefore, there is a problem that it is not easy to feel coolness from the time when the user installs the absorbent article until the cooling agent actually contacts the skin. Here, it is desired to have absorbency with a cooling agent, and the wearer can easily feel the cool absorbent article quickly. [Means for solving problems] The absorbent article of this creation has a cooling sensation. The absorbent article includes a front-rear direction, a broad-side direction orthogonal to the front-rear direction, and a thickness direction orthogonal to the front-rear direction and the broad-side direction, an absorber, and is disposed closer to the skin than the absorber The top side of the slice. At least one of the absorbent body and the top sheet shows arousal information formed by at least one of characters or designs that can evoke a feeling of coolness.

(1)實施形態的概要根據本說明書及添附圖面的記載，至少明白以下的事項。一態樣的吸收性物品具有涼感劑。該吸收性物品具備：前後方向、和前述前後方向正交的寬邊方向、和前述前後方向及前述寬邊方向正交的厚度方向，吸收體、以及被配置在較前述吸收體更靠肌膚面側的頂面薄片。在前述吸收體及頂面薄片的至少一方顯示由作為可喚起涼感的文字或設計的至少一方形成的喚起資訊。根據本態樣，裝用者裝設吸收性物品時，可視認喚起資訊。藉由裝用者視認喚起資訊，對於裝用者可喚起涼感。藉此，裝用者因為識別吸收性物品為賦予涼感者，所以容易將裝用者的意識傳到抵接於吸收性物品的肌膚。因為可藉由裝用者的意識使肌膚的感覺變敏感，所以比起無意識的情況，若涼感劑作用於受體活性化通道，就可馬上感覺到涼爽。又，在腦內產生的印象可能會對人類的感覺造成影響。因此，裝用者在裝設吸收性物品之前，對裝用者喚起涼感的方式，對於裝用者可容易從裝用前就感覺到涼爽。根據理想的一態樣，其中，吸收性物品至少具有朝前述厚度方向壓縮頂面薄片的壓榨部。前述喚起資訊由前述壓榨部所顯示。喚起資訊因為由壓榨部所顯示，所以，喚起資訊具有立體感。藉此，容易讓裝用者視認喚起資訊。因為藉由裝用者視認喚起資訊，對於裝用者可喚起涼感，所以，裝用者容易很快感覺涼爽。根據理想的一態樣，其中，吸收性物品至少具有朝前述厚度方向壓縮頂面薄片的壓榨部。吸收性物品在較前述頂面薄片更靠非肌膚面側具有含前述涼感劑的涼感層。壓榨部中的頂面薄片的厚度因為較該壓榨部的周圍中的頂面薄片更薄，所以，冷感層所含的涼感劑通過壓榨部容易穿過頂面薄片。藉此，涼感劑因為比頂面薄片更容易移動到肌膚面側，所以，裝用者可容易很快感覺到涼爽。根據理想的一態樣，其中，前述壓榨部具有貫穿前述頂面薄片的開口。涼感層所含的涼感劑通過開口穿過頂面薄片，而比頂面薄片更容易進一步移動到肌膚面側。藉此，裝用者可容易更快感覺到涼爽。根據理想的一態樣，其中，前述壓榨部包含：高壓榨部、以及厚度方向的深度較前述高壓榨部更淺的低壓榨部。高壓榨部中的頂面薄片的厚度因為比低壓榨部中的頂面薄片的厚度更薄，所以，涼感劑通過高壓榨部穿過頂面薄片，而比頂面薄片更容易進一步移動到肌膚面側。藉此，裝用者可容易更快感覺到涼爽。另一方面，涼感劑即使通過低壓榨部邊穿過頂面薄片，與高壓榨部比較也不易通過頂面薄片。因此，與作為壓榨部僅設置高壓榨部的情況比較，可讓涼感效果持續。根據理想的一態樣，其中，吸收性物品具有：中央域、較前述中央域更位於前述前後方向的前側的前側域、以及較前述中央域更位於前述前後方向的後側的後側域。前述壓榨部具有：顯示前述喚起資訊的喚起壓榨部。前述喚起壓榨部在前述中央域沒有被配置，而被配置於前述前側域及前述後側域的至少一方。因為裝用者的排泄口附近的皮膚敏感，所以，該皮膚在短時間大量接觸涼感劑時，對裝用者來說，會有涼感劑所致的刺激太強的可能性。中央域因為抵接在裝用者的排泄口(例如陰道口)，所以，在中央域不配置喚起壓榨部，可抑制排泄口附近的皮膚中的涼感劑所致的刺激。另一方面，將喚起壓榨部配置在前側域及後側域的至少一方，使涼感劑容易接觸從排泄口遠離的皮膚。藉此，邊抑制對敏感部分的刺激，也可使裝用者容易更快感覺到涼爽。根據理想的一態樣，其中，吸收性物品具有：第1前後區域、第2前後區域、以及位在前述第1前後區域與前述第2前後區域之間的第3前後區域。前述第1前後區域、前述第2前後區域、及前述第3前後區域，是藉由在前述前後方向將前述吸收體作3等分所獲得。前述第1前後區域中的前述壓榨部的面積、與前述第2前後區域中的前述壓榨部的面積的各個比前述第3前後區域中的前述壓榨部的面積更大。因為裝用者的排泄口附近的皮膚敏感，所以，該皮膚在短時間大量接觸涼感劑時，對裝用者來說，會有涼感劑所致的刺激太強的可能性。第3前後區域因為容易抵接在裝用者的排泄口(例如陰道口)，所以，縮小第3前後區域中的壓榨部的面積，可抑制排泄口附近的皮膚中的涼感劑所致的刺激。另一方面，藉由加大第1前後區域中的壓榨部的面積與第2前後區域中的壓榨部的面積的各個，涼感劑容易接觸從排泄口遠離的皮膚。藉此，邊抑制對敏感部分的刺激，也可使裝用者容易更快感覺到涼爽。根據理想的一態樣，其中，前述第1前後區域被配置在較前述第3前後區域更靠前側。前述第2前後區域被配置在較前述第3前後區域更靠後側。前述第1前後區域中的壓榨部的面積比前述第2前後區域中的壓榨部的面積更大。位在第2前後區域的皮膚(亦即，臀部中的皮膚)一般來說比位在第1前後區域的皮膚更為鈍感。因此，加大第1前後區域中的壓榨部的面積，可使更多的涼感劑容易接觸到比臀部中的皮膚更敏感的皮膚。藉此，裝用者可容易更快感覺到涼爽。根據理想的一態樣，其中，吸收性物品具有：內側區域、以及被配置在前述內側區域的外側的2個外側區域。前述內側區域及前述外側2個外側區域，是藉由在前述寬邊方向將前述吸收體作3等分所獲得。前述2個外側區域的各個中的前述壓榨部的面積比前述內側區域中的前述壓榨部的面積更大。因為裝用者的排泄口附近的皮膚敏感，所以，該皮膚在短時間大量接觸涼感劑時，對裝用者來說，會有涼感劑所致的刺激太強的可能性。內側區域因為抵接在裝用者的排泄口(例如陰道口)，所以，縮小內側區域中的壓榨部的面積，可抑制排泄口附近的皮膚中的涼感劑所致的刺激。另一方面，藉由加大外側區域中的壓榨部的面積，使涼感劑容易接觸從排泄口遠離的皮膚。藉此，邊抑制對敏感的部分的刺激，也可使裝用者容易更快感覺到涼爽。根據理想的一態樣，其中，前述喚起資訊為雪的結晶。雪的結晶若與文字比較，裝用者可直覺地喚起涼感。藉此，裝用者可容易更快感覺到涼爽。根據理想的一態樣，其中，前述吸收性物品被包裝薄片作個別包裝。在前述包裝薄片顯示有由作為可喚起涼感的文字、顏色或設計的至少一方形成的包裝喚起資訊。在開封前述包裝薄片之前，可視認前述包裝喚起資訊。從裝用者開封包裝之前，因為裝用者可視認包裝喚起資訊，所以，對於裝用者可容易更早使其感覺到涼爽。根據理想的一態樣，其中，前述吸收性物品被包裝薄片作個別包裝。在前述包裝薄片顯示有由將綠色作為可喚起的文字、顏色或設計的至少一方形成的綠色喚起資訊，在開封前述包裝薄片之前，可視認前述綠色喚起資訊。藉此，從裝用者開封包裝之前，因為裝用者可視認綠色喚起資訊，所以，對於裝用者可容易更早使其喚起涼感。裝用者因為識別吸收性物品為賦予涼感者，所以容易將裝用者的意識傳到抵接於吸收性物品的肌膚。因為可藉由裝用者的意識使肌膚的感覺變敏感，所以比起無意識的情況，可馬上感覺到涼感劑所致的涼爽。 (2)吸收性物品的概略結構以下，參照圖面，針對實施形態的吸收性物品概略進行說明。吸收性物品可為生理用衛生棉、衛生護墊、失禁墊片、大便墊片這類的吸收性物品。吸收性物品為安裝在內褲這類的穿著用物品的內側被使用的物品即可。本實施形態的吸收性物品1，是生理用衛生棉。此外，以下的圖面的記載中，在同一或近似的部分標示同一或近似的符號。可是，圖面為示意者，必須留意各尺寸的比率等與現實者不同的情況。因此，具體的尺寸等必須參酌以下的說明進行判斷。又，即使在圖面相互間也包含有互相的尺寸的關係、比率不同的部分的情況。圖1，是從肌膚面側觀看實施形態的吸收性物品的俯視圖。圖2，是沿著圖1所示的A-A線的剖視圖。圖3，是從肌膚面側觀看實施形態的吸收性物品的俯視圖。圖4，是實施形態的包裝體200的俯視圖。此外，「肌膚面側」，是相當於裝用中(使用中)面向裝用者的肌膚之側。「非肌膚面側」，是相當於裝用中(使用中)朝向與裝用者的肌膚相反之側。如圖1及圖2所示，吸收性物品1具有：前後方向L及寬邊方向W。前後方向L，是從裝用者的前側(腹側)朝後側(背側)延伸的方向，或從裝用者的後側朝前側延伸的方向。寬邊方向W，是與前後方向L正交的方向。吸收性物品具有朝肌膚面側T1與非肌膚面側T2延伸的厚度方向T。此外，本說明書中，外側緣，是寬邊方向的外側端，內側緣，是寬邊方向的內側端。如圖1所示，吸收性物品1具有：中央域S3、前側域S1及後側域S2。中央域S3，是具有和裝用者的排泄口(例如陰道口)抵接的排泄口抵接部的區域。吸收性物品安裝在穿著用物品(例如內褲)時，中央域S3位在穿著用物品的胯下部。亦即，中央域，是被配置在裝用者的胯下，亦即被配置在裝用者的兩腿之間的區域。前側域S1位在較中央域S3更靠前後方向L的前側。後側域S2位在較中央域S3更靠前後方向L的後側。前側域S1、後側域S2、及中央域S3，是在前後方向L將吸收性物品1作3等分所獲得。所獲得的3個區域中，前側的區域為前側域S1，後側的區域為後側域S2，中央的區域為中央域S3。如圖1及圖2所示，吸收性物品1具備吸收體20、頂面薄片30。吸收性物品1具備：第二薄片35、背面薄片40、側薄片50、黏著部70即可。吸收體(吸收芯)20包含吸收液體的吸收材料。吸收材料例如可由親水性纖維、紙漿、及高吸水性高分子(SAP)形成。吸收體20，是藉由芯包層(未圖示)被包裹即可。芯包層只要至少在較吸收體20更位於肌膚面側T1覆蓋吸收體20即可。就具體的一例來說，芯包層具有：被配置在較吸收體20更靠肌膚面側的薄片、以及較吸收體20被配置在更靠非肌膚面側的薄片即可。吸收體20也可沒有藉由芯包層被覆蓋。吸收體20至少配置在中央域S3。吸收體芯也可從中央域S3延伸到前側域S1。吸收體芯也可從中央域S3延伸到後側域S2。頂面薄片30，被配置在較吸收體20更靠肌膚面側。頂面薄片30具有肌膚對置面，其是在裝用時和裝用者的肌膚對置。頂面薄片30具有液透過性。頂面薄片30，是由不織布、織布、有孔塑膠薄片、網眼薄片等具有透過液體的構造的任意的薄片狀的材料所構成即可。就織布、不織布的素材來說，是天然纖維、化學纖維皆可使用。第二薄片35具有液透過性。第二薄片35被配置在吸收體20與頂面薄片30之間。第二薄片35可由與頂面薄片30同樣的材料構成。第二薄片35的親水度也可較頂面薄片30的親水度更高。背面薄片40被配置在較吸收體20更靠非肌膚面側T2。背面薄片40具有液不透過性。背面薄片40可由聚乙烯薄片；以聚丙烯等作為主體的層積不織布；通氣性的樹脂薄膜；在紡黏、或水針等的不織布接合有通氣性的樹脂薄膜的薄片等材料所構成。側薄片50覆蓋頂面薄片30的外側緣即可。側薄片50，是覆蓋寬邊方向W中的頂面薄片30的外側緣，比頂面薄片30更朝寬邊方向W外側延伸出即可。此外，吸收性物品1也可不具有側薄片50。側薄片50可由與頂面薄片30同樣的材料構成。可是，為了防止附著在頂面薄片30的體液越過側薄片50在寬邊方向W往吸收性物品1的外側漏出的情況，側薄片50具有疏水性或撥水性即可。側薄片50被配置在位於寬邊方向W中較吸收體20的外側緣更靠外側的翅膀及翼部即可。黏著部70，是設有將吸收性物品1固定在穿著用物品的黏著劑的區域。黏著部70被配置在背面薄片40的非肌膚面側T2上，且用於將吸收性物品1固定於穿著用物品(例如內褲)者。吸收性物品1具有含有涼感劑的涼感層100。藉此，吸收性物品1具有涼感劑。涼感劑，是例如作用於位於皮膚神經的受體活性化通道(TRPM8)者即可。就這類的涼感劑來說，例如可舉：薄荷腦(例如：l-薄荷醇)以及其誘導體(例如：乳酸薄荷酯)；水楊酸甲酯；樟腦；小黄瓜萃取液；源自植物(例如：薄荷、尤加利、肉豆蔻)的精油等。又，涼感劑也可是藉由氣化熱使周圍的溫度下降者。就這類的涼感劑來說，例如可舉醇類，例如甲醇及乙醇。如圖2所示，涼感層100在厚度方向T被配置在頂面薄片30與第二薄片35之間即可。涼感層100也可藉由在頂面薄片30上塗布涼感劑而被設置。涼感層100也可藉由在第二薄片35上塗布涼感劑而被設置。吸收性物品1具有從頂面薄片30側可視認綠色的著色區域CR。綠色因為是以薄荷葉所代表的這類的可喚起涼感的顏色，所以，裝用者視認著色區域，對於裝用者可喚起涼感。藉此，裝用者因為識別吸收性物品1為賦予涼感者，所以容易將裝用者的意識傳到抵接於吸收性物品的肌膚。因為可藉由裝用者的意識使肌膚的感覺變敏感，所以比起無意識的情況，可馬上感覺到涼感劑所致的涼爽。又，在腦內產生的印象可能會對人類的感覺造成影響。因此，裝用者在裝設吸收性物品之前，對裝用者喚起涼感的方式，對於裝用者可容易從裝用前就感覺到涼爽。再者，綠色，是自然界常見的顏色，因為是賦予天然的印象、或賦予乾淨感的顏色，所以，即使從頂面薄片30側視認著色區域，也可抑制對裝用者造成不舒適感的情況。綠色在JIS Z 8729所規定的CIE1976(L*a*b*)色彩空間，將a*紅色方向的軸設為0度時，為90度以上270度以下的色相角度h的範圍內的顏色。因此，在L*C*h色彩空間，亮度L*及彩度C*為任意的值。因此，色度a*為0以下的值，亮度L*及色度b*的值為任意。此外，綠色，是在100度以上，260度以下的色相角度h的範圍的顏色為理想。此外，綠色為180度以下的顏色即可，且為135度以下的顏色即可。就本說明書所規定的綠色的例子來說，例如可舉相當於PANTONE(登記商標)的色票樣本中的358C的顏色。在本實施形態，著色區域CR由涼感層100所構成。因此，冷感層100為被著色的著色部。因此，作為著色部的涼感層100被著色成上述的綠色即可。此外，著色部即使不是上述的綠色，從頂面薄片30側被視認時，只要視認為綠色即可。如圖2所示，著色區域CR被設在較頂面薄片30更靠非肌膚面側T2的著色部即可。頂面薄片30的肌膚面側T1的表面抵接於裝用者的敏感的肌膚。因為將著色部配置在較頂面薄片更靠非肌膚面側T2，因此可抑制著色著色部的著色料直接接觸到肌膚的情況，所以既給予裝用者安心感，又可容易讓裝用者感覺到涼爽。藉由被配置在較頂面薄片30更靠非肌膚面側T2的構件的任一個構件被著色，設置被設在較頂面薄片30更靠非肌膚面側T2的著色部即可。設有著色部的構件為吸收體20、芯包層、第二薄片35、背面薄片40、側薄片50的至少任一個即可。設有著色部的構件，也可構件的全部的區域被著色(例如綠色)。藉此，因為成為著色區域CR的著色部存在於廣大的面積，所以裝用者容易視認著色區域CR。再者，因為在著色區域CR(著色部)的廣大的面積喚起涼感，而容易將裝用者的意識傳至肌膚的廣大的範圍，所以，對於裝用者可容易從裝用前感覺到涼爽。此外，設有著色部的構件，也可構件的一部分的區域被著色(例如綠色)。著色區域CR為被設在頂面薄片30之著色部即可。因此，頂面薄片30具有著色部即可。因為在頂面薄片30設有著色部，所以，裝用者可直接視認著色部，而容易視認著色區域CR。藉此，對於裝用者可進一步喚起涼感。在頂面薄片30的全部設置著色部亦可。亦即，頂面薄片30的全部的區域為綠色亦可。在頂面薄片30的一部分設置著色部亦可。亦即，頂面薄片30的一部分的區域為綠色亦可。此外，在複數個構件設置著色部即可。被設在複數個構件的各個的各著色部在厚度方向T重疊的區域構成可視認綠色的著色區域CR亦可。因此，各著色部本身為上述的綠色即可，不是上述的綠色亦可。著色部，是藉由在構成吸收性物品1的上述的構件的表面塗布著色料(油墨等)而被設置亦可，藉由讓著色料滲透到該構件而被設置亦可。在吸收性物品1顯示有由作為可喚起涼感的文字、或設計的至少一方形成的喚起資訊5。具體而言，在吸收體20及頂面薄片30的至少一方顯示喚起資訊5。喚起資訊5從頂面薄片30側可視認。裝用者裝設吸收性物品1時，從頂面薄片30側可視認喚起資訊5。藉由裝用者視認喚起資訊5，對於裝用者可喚起涼感。藉此，因為裝用者識別吸收性物品1為賦予涼感者，所以容易將裝用者的意識傳到抵接於吸收性物品1的肌膚。因為可藉由裝用者的意識使肌膚的感覺變敏感，所以比起無意識的情況，若涼感劑作用於受體活性化通道，就可馬上感覺到涼爽。又，在腦內產生印象可能會對人類的感覺造成影響。因此，裝用者在裝設吸收性物品1之前，對裝用者喚起涼感的方式，對於裝用者可容易從裝用前就感覺到涼爽。此外，本說明書中的「可視認」，是指兩眼具有良好的視力(1.0以上)的被試驗者在以中性白(顏色溫度基準4600~5400 K(克耳文))被明亮照明的室內(基準：500~750 lx(勒克司))，在約30~50cm的距離觀看對象物時可視認的情況。喚起資訊5，是由作為可喚起涼感的文字、或設計的至少一方形成。喚起資訊5如圖1所示為雪的結晶即可。雪的結晶若與文字比較，裝用者可直覺地喚起涼感。藉此，裝用者可容易更快感覺到涼爽。作為可喚起涼感的文字可舉：雪、海、波浪、冰淇淋、冰、「cool」等。作為可喚起涼感的設計可舉：雪人、波浪、冰淇淋、冰等。吸收性物品1，至少具有朝厚度方向T壓縮頂面薄片30的壓榨部60即可。在較頂面薄片30更靠非肌膚面側T2具有涼感層的例子，是因為壓榨部60中的頂面薄片的厚度較該壓榨部60的周圍中的頂面薄片30更薄，所以，涼感層100所含的涼感劑通過壓榨部60容易穿過頂面薄片30。藉此，涼感劑因為比頂面薄片30更容易移動到肌膚面側T1，所以，裝用者可容易很快感覺到涼爽。壓榨部60在厚度方向T與涼感層100重疊即可。藉此，涼感劑通過壓榨部60容易穿過頂面薄片30。此外，即使壓榨部60沒有與涼感層100重疊的情況，揮發的涼感劑在吸收性物品1的內部移動，而可通過壓榨部60穿過頂面薄片30。又，涼感劑穿過沒有被壓縮的非壓榨部的纖維間移動到頂面薄片30的肌膚面側。如圖1所示，壓榨部60具有顯示喚起資訊5的喚起壓榨部65即可。因此，喚起資訊5由壓榨部60所顯示即可。喚起資訊5因為由壓榨部60所顯示，所以，喚起資訊5具有立體感。藉此，容易讓裝用者視認喚起資訊5。因為藉由裝用者視認喚起資訊5，對於裝用者可喚起涼感，所以，裝用者容易很快感覺涼爽。喚起壓榨部65在中央域S3沒有被配置，而被配置於前側域S1及後側域S2的至少一方即可。在圖1所示的吸收性物品1，喚起壓榨部65被配置在前側域S1及後側域S2的兩方。因為裝用者的排泄口附近的皮膚敏感，所以，該皮膚在短時間大量接觸涼感劑時，對裝用者來說，會有涼感劑所致的刺激太強的可能性。中央域S3因為抵接在裝用者的排泄口(例如陰道口)，所以，在中央域S3不配置喚起壓榨部65，可抑制排泄口附近的皮膚中的涼感劑所致的刺激。另一方面，將喚起壓榨部65配置在前側域S1及後側域S2的至少一方，使涼感劑容易接觸從排泄口遠離的皮膚。藉此，邊抑制對敏感部分的刺激，也可使裝用者容易更快感覺到涼爽。如圖1及圖2所示，壓榨部60包含：高壓榨部60H、以及比高壓榨部60H更厚度方向T的深度淺的低壓榨部60L即可。高壓榨部60H中的頂面薄片30的厚度因為比低壓榨部60L中的頂面薄片30的厚度更薄，所以，涼感劑通過高壓榨部60H穿過頂面薄片30，而比頂面薄片30更容易進一步移動到肌膚面側T1。藉此，裝用者可容易更快感覺到涼爽。另一方面，涼感劑即使通過低壓榨部60L邊穿過頂面薄片30，與高壓榨部60H比較也不易通過頂面薄片30。因此，與作為壓榨部60僅設置高壓榨部60H的情況比較，可讓涼感效果持續。如圖1所示，喚起壓榨部65包含：喚起高壓榨部65H、以及比喚起高壓榨部65H更厚度方向T的深度淺的喚起低壓榨部65L即可。喚起資訊5進一步具有立體感，容易讓裝用者視認喚起資訊5。壓榨部60具有貫穿頂面薄片30的開口即可。涼感層100所含的涼感劑通過開口穿過頂面薄片30，而比頂面薄片30更容易進一步移動到肌膚面側T1。藉此，裝用者可容易更快感覺到涼爽。如圖3所示，吸收性物品1具有：第1前後區域1R、第2前後區域2R、以及位在第1前後區域1R與第2前後區域2R之間的第3前後區域3R。第1前後區域1R、第2前後區域2R、及第3前後區域3R，是藉由在前後方向L將吸收體20作3等分所獲得。第1前後區域1R中的壓榨部60的面積、與第2前後區域2R中的壓榨部60的面積的各個比第3前後區域中的壓榨部的面積更大即可。因為裝用者的排泄口附近的皮膚敏感，所以，該皮膚在短時間大量接觸涼感劑時，對裝用者來說，會有涼感劑所致的刺激太強的可能性。第2前後區域2R因為容易抵接在裝用者的排泄口(例如陰道口)，所以，縮小第3前後區域3R中的壓榨部60的面積，可抑制排泄口附近的皮膚中的涼感劑所致的刺激。另一方面，藉由加大第1前後區域1R中的壓榨部60的面積與第2前後區域2R中的壓榨部的面積的各個，涼感劑容易接觸從排泄口遠離的皮膚。藉此，邊抑制對敏感部分的刺激，也可使裝用者容易更快感覺到涼爽。第1前後區域1R被配置在較第3前後區域3R更靠前側。第2前後區域2R被配置在較第3前後區域3R更靠後側。第1前後區域1R中的壓榨部60的面積比第2前後區域2R中的壓榨部的面積更大即可。位在第2前後區域2R的皮膚(亦即，臀部中的皮膚)一般來說比位在第1前後區域1R的皮膚更為鈍感。因此，加大第1前後區域1R中的壓榨部60的面積，可使更多的涼感劑容易接觸到比臀部中的皮膚更敏感的皮膚。藉此，裝用者可容易更快感覺到涼爽。吸收性物品1具有：在寬邊方向W將吸收體20作3等分所獲得的內側區域IR、以及被配置在內側區域IR的外側的2個外側區域OR即可。2個外側區域OR的各個中的壓榨部60的面積比內側區域IR中的壓榨部60的面積更大即可。因為裝用者的排泄口附近的皮膚敏感，所以，該皮膚在短時間大量接觸涼感劑時，對裝用者來說，會有涼感劑所致的刺激太強的可能性。內側區域IR因為抵接在裝用者的排泄口(例如陰道口)，所以，縮小內側區域IR中的壓榨部60的面積，可抑制排泄口附近的皮膚中的涼感劑所致的刺激。另一方面，藉由加大外側區域OR中的壓榨部60的面積，使涼感劑容易接觸從排泄口遠離的皮膚。藉此，邊抑制對敏感部分的刺激，也可使裝用者容易更快感覺到涼爽。如圖2所示，吸收性物品1，至少具有朝厚度方向T壓縮頂面薄片30與著色部(在圖2為涼感層100)的壓榨部即可。如圖1所示，在厚度方向T的俯視觀看，在著色區域CR配置有與壓榨部60沒有朝厚度方向T被壓縮的非壓榨部60N即可。壓榨部60因為被壓縮，所以，非壓榨部60N中的著色區域CR比壓榨部60中的著色區域CR更位於肌膚面側T1。藉此，裝用者可立體視認著色區域CR，裝用者更容易視認著色區域CR。著色區域CR從背面薄片40側可視認即可。裝用者因為不僅從頂面薄片30側，還可從背面薄片40側視認著色區域CR，所以，裝用者視認著色區域CR的機會增加，而對於裝用者更可喚起涼感。又，吸收性物品1在拋棄時，以頂面薄片30成為內側，背面薄片40成為外側的方式被折疊。因此，裝用者使用後也可視認著色區域CR。藉此，對於裝用者在使用後也可容易感覺到涼爽。吸收性物品1為著色區域CR的周圍的區域，且具有從頂面薄片30側可視認的周圍區域SR即可。本實施形態中，如圖2所示，周圍區域SR位在著色區域CR的周圍，與著色部冷感層100在厚度方向T不會重疊的區域。因此，周圍區域SR較著色部(在本實施形態為冷感層100)的外端緣更位於寬邊方向W及前後方向L的外側的區域。周圍區域SR，是例如在前後方向L位在較吸收體20的外端緣更靠外側的頂面薄片30的至少一部分即可。周圍區域SR為側薄片50的至少一部分即可。周圍區域SR例如白色即可。在厚度方向T的俯視觀看，著色區域CR與周圍區域SR的色差(ΔE)在2以上即可。因為著色區域CR與周圍區域SR的色差在2以上，所以，著色區域CR與周圍區域SR的邊界顯眼，裝用者更容易視認著色區域CR。因為更容易視認著色區域CR，所以，著色區域CR與周圍區域SR的色差在3.2以上即可，在4.2以上即可。此外，著色區域CR與周圍區域SR的色差ΔE，是可藉由使用市售的測色器針對成為測量對象的2點(2個區域)進行測色，並依據JIS Z 8729所規定的CIE1976(L*a*b*)色彩空間來比較數值化後的值而可求出。具體而言，作為測量對象的2點間的L*值的差為ΔL*，a*的差為Δa*，b*值的差為Δb*時，可依據色差ΔE=[(ΔL*) ²+(Δa*) ²+(Δb*) ²]1/2作求取。如圖4所示，吸收性物品1的包裝體200具有：吸收性物品1、以及將吸收性物品1作個別包裝的包裝薄片250。因此，吸收性物品1，是藉由包裝薄片250作個別包裝即可。在開封包裝薄片250之前，經由包裝薄片250可視認著色區域CR即可。從裝用者開封包裝之前，因為對於裝用者喚起涼感，所以，對於裝用者可容易更早使其感覺到涼爽。如圖4所示，在包裝薄片250顯示有由作為可喚起涼感的文字、顏色或設計的至少一方形成的包裝喚起資訊255即可。在開封包裝薄片250之前，可視認包裝喚起資訊255即可。從裝用者開封包裝之前，因為裝用者可視認包裝喚起資訊255，所以，對於裝用者可容易更早使其感覺到涼爽。作成可喚起包裝喚起資訊255中的涼感的文字及設計，是與喚起資訊5同樣者即可。作成可喚起涼感的顏色為青色即可。包裝喚起資訊255為可喚起涼感的上述的綠色即可。在前述包裝薄片250顯示有由將綠色作為可喚起的文字、顏色或設計的至少一方形成的綠色喚起資訊即可。在開封包裝薄片250之前，裝用者可視認綠色喚起資訊即可。從裝用者開封包裝之前，因為裝用者可視認綠色喚起資訊，所以，對於裝用者可更早使其喚起涼感。綠色喚起資訊為葉子、樹木、山林、森林、自然等的文字及/或設計即可。綠色喚起資訊為表示涼感劑的原材料的文字(例如：小黄瓜萃取液、薄荷、尤加利、肉豆蔻、來自植物的精油等)即可。如圖4所示，吸收性物品1具有在寬邊方向W上延伸的1以上的折痕即可。在作成將吸收性物品1包裝於包裝薄片250的狀態的包裝狀態，以折痕為基點，折疊吸收性物品1即可。在圖4，以2個折痕FL1、FL2為基點折疊吸收性物品1。喚起資訊5，是位於較位在前後方向L的最外側的折痕FL1更靠前後方向L的外側即可。藉此，配置有喚起資訊5的吸收性物品1的前後方向L的一方的端部位於厚度方向T的外側時，以折痕FL1(或折痕FL2)為基點展開，可由從吸收性物品1完全剝下包裝薄片250之前視認喚起資訊5。藉此，藉由裝用者開封包裝體，因為裝用者可馬上視認喚起資訊5，所以，對於裝用者可容易更早使其感覺到涼爽。本實施形態，喚起資訊5被配置在較折痕FL1更靠前後方向L的外側，並被配置在較折痕FL2更靠前後方向L的外側。因此，在包裝狀態，即使吸收性物品1的前後方向L任一個端部位在厚度方向T的外側，以折痕為基點進行展開也可視認喚起資訊5。 (3)其他的實施形態以上，雖使用上述的實施形態針對本創作進行詳細的說明，可是對於該業者來說，本創作明顯不是被本說明書中所說明的實施形態所限定者。本創作，是在不偏離由申請專利範圍的記載所制定的本創作的意思及範圍可作為修正及變更態樣加以實施。因此，本說明書的記載是以例示說明作為目的者，並沒有任何對本創作限制的意思者。在上述的實施形態，涼感層100雖被配置在頂面薄片30與第二薄片35之間，可是不被這個所限定。涼感層100也可由構成吸收性物品1的各構件的至少任一構件所構成。例如，藉由吸收體20、芯包層、頂面薄片30、第二薄片35、側薄片50的至少任一構件包含涼感劑，而構成涼感層100亦可。喚起資訊5，是如上述的實施形態由壓榨部60顯示於吸收體20及頂面薄片30的兩方即可，也可僅顯示於吸收體20，也可僅顯示於頂面薄片30。在上述的實施形態，雖然第1前後區域1R中的壓榨部60的面積、與第2前後區域2R中的壓榨部60的面積的各個比第3前後區域中的壓榨部60的面積更大，可是不被這個所限定。第3前後區域3R中的壓榨部60的面積比第1前後區域1R中的壓榨部60的面積更大即可，且比第2前後區域2R中的壓榨部60的面積更大即可。又，第2前後區域2R中的壓榨部60的面積比第1前後區域1R中的壓榨部60的面積更大即可。又，雖然2個外側區域OR的各個中的壓榨部60的面積比內側區域IR中的壓榨部60的面積更大，可是不被這個所限定。內側區域IR中的壓榨部60的面積比2個外側區域OR的各個中的壓榨部60的面積更大即可，且比2各外側區域OR的一方的壓榨部60的面積更大即可。在上述的實施形態，吸收性物品1雖為生理用衛生棉，可是不被這個所限定。吸收性物品1，是例如黏帶型或短褲型的用後即棄式紙尿褲即可。上述的實施形態中，中央域S3，是設有被配置在裝用者的腿圍的腿圍開口部的區域即可。腿圍開口部，是越朝向寬邊方向的內側越從吸收性物品的外側緣朝寬邊方向的內側凹陷的部分。或者，吸收性物品1包含吸收芯時，中央域S3設有越朝向寬邊方向的內側，越從吸收芯的外側緣朝向寬邊方向的內側凹陷的部分的區域即可。或者，中央域S3，是配置有較周圍的吸收芯更厚的區域的中高部的區域即可。 (1) Outline of the embodiment Based on the description in this specification and the drawings, at least the following matters are understood. An aspect of the absorbent article has a cooling agent. The absorbent article includes a front-rear direction, a broad-side direction orthogonal to the front-rear direction, and a thickness direction orthogonal to the front-rear direction and the broad-side direction, an absorber, and is disposed closer to the skin than the absorber The top side flakes. At least one of the absorbent body and the top sheet is displayed with arousal information formed by at least one of characters or designs that can evoke a feeling of coolness. According to this aspect, the installer can visually arouse information when installing the absorbent article. By visually evoking information from the user, the user can evoke a sense of coolness. With this, the wearer recognizes that the absorbent article is a cooler, so it is easy to transmit the wearer's consciousness to the skin that is in contact with the absorbent article. Because the skin sensation can be sensitized by the consciousness of the user, compared to the unconscious case, if the cooling sensation agent acts on the receptor activation channel, you can immediately feel cool. In addition, the impressions generated in the brain may affect human perception. Therefore, the way in which the wearer evokes a feeling of coolness to the wearer before installing the absorbent article can easily feel coolness for the wearer from before the use. According to an ideal aspect, the absorbent article has at least a press portion that compresses the top sheet in the thickness direction. The arousal information is displayed by the press section. Since the arousal information is displayed by the press section, the arousal information has a three-dimensional effect. In this way, it is easy for the user to visually evoke information. Since the user can visually evoke the information, the user can evoke a cool feeling, so the user can easily feel cool soon. According to an ideal aspect, the absorbent article has at least a press portion that compresses the top sheet in the thickness direction. The absorbent article has a cooling layer containing the cooling agent on the non-skin surface side of the top sheet. Since the thickness of the top sheet in the press section is thinner than the top sheet in the periphery of the press section, the cooling agent contained in the cold feeling layer easily passes through the top sheet through the press section. As a result, the cooling sensation agent is easier to move to the skin side than the top sheet, so the wearer can easily feel the coolness quickly. According to an ideal aspect, the press section has an opening penetrating the top sheet. The cooling agent contained in the cooling layer passes through the top sheet through the opening, and it is easier to move further to the skin side than the top sheet. By this, the wearer can easily feel cooler faster. According to an ideal aspect, the press section includes a high-pressure press section and a low-pressure press section having a shallower depth in the thickness direction than the high-pressure press section. Because the thickness of the top sheet in the high-pressure press section is thinner than the thickness of the top sheet in the low-pressure press section, the cooling agent passes through the top sheet through the high-pressure section, and it is easier to move further to the skin than the top sheet Face side. By this, the wearer can easily feel cooler faster. On the other hand, even if the cooling agent passes through the top sheet through the low-pressure press section, it is less likely to pass through the top sheet than the high-pressure press section. Therefore, compared with the case where only the high-pressure press section is provided as the press section, the cooling effect can be continued. According to an ideal aspect, the absorbent article has a central region, a front region located on the front side in the front-rear direction relative to the central region, and a rear region located on the rear side in the front-rear direction relative to the central region. The press section has a call-up press section that displays the call-up information. The evoke press section is not arranged in the central domain, but is arranged in at least one of the front domain and the rear domain. Because the skin near the excretory of the wearer is sensitive, when the skin is exposed to a cooling agent in a large amount for a short time, there is a possibility that the wearer may be too irritated by the cooling agent. Since the central area is in contact with the excretory opening (for example, the vaginal opening) of the user, it is possible to suppress irritation caused by the cooling sensation in the skin near the excretion opening without arranging the squeezing portion in the central area. On the other hand, the arousal squeezing part is arranged in at least one of the front side domain and the rear side domain, so that the cooling sensation agent can easily contact the skin away from the excretory opening. In this way, while suppressing the stimulation of sensitive parts, the wearer can easily feel cooler more quickly. According to an ideal aspect, the absorbent article has a first front-rear area, a second front-rear area, and a third front-rear area between the first front-rear area and the second front-rear area. The first front-rear area, the second front-rear area, and the third front-rear area are obtained by dividing the absorber into three equal parts in the front-rear direction. The area of the press section in the first front-rear area and the area of the press section in the second front-rear area are larger than the area of the press section in the third front-rear area. Because the skin near the excretory of the wearer is sensitive, when the skin is exposed to a cooling agent in a large amount for a short time, there is a possibility that the wearer may be too irritated by the cooling agent. The third front and rear areas are easy to abut on the user's excretory opening (eg, vaginal opening), so reducing the area of the squeezing section in the third front and rear areas can suppress irritation caused by the cooling agent in the skin near the excretion opening . On the other hand, by increasing the area of the press section in the first front-rear area and the area of the press section in the second front-rear area, the cooling agent is likely to contact the skin away from the discharge port. In this way, while suppressing the stimulation of sensitive parts, the wearer can easily feel cooler more quickly. According to an ideal aspect, the first front-rear area is arranged on the front side of the third front-rear area. The second front-rear area is arranged behind the third front-rear area. The area of the press section in the first front-rear area is larger than the area of the press section in the second front-rear area. The skin located in the front and rear regions (that is, the skin in the buttocks) is generally more dull than the skin located in the front and rear regions. Therefore, increasing the area of the pressing part in the first front and rear regions allows more cooling sensation to easily reach the skin more sensitive than the skin in the buttocks. By this, the wearer can easily feel cooler faster. According to an ideal aspect, the absorbent article has an inner region and two outer regions arranged outside the inner region. The inner region and the outer two outer regions are obtained by dividing the absorber into three equal parts in the widthwise direction. The area of the press section in each of the two outer regions is larger than the area of the press section in the inner region. Because the skin near the excretory of the wearer is sensitive, when the skin is exposed to a cooling agent in a large amount for a short time, there is a possibility that the wearer may be too irritated by the cooling agent. Since the inner region is in contact with the excretory opening (for example, the vaginal opening) of the user, reducing the area of the squeezing portion in the inner region can suppress irritation caused by the cooling sensation agent in the skin near the excretion opening. On the other hand, by increasing the area of the press portion in the outer region, the cooling sensation agent can easily contact the skin away from the discharge port. By this, while suppressing the stimulation of the sensitive parts, the wearer can easily feel cooler more quickly. According to an ideal aspect, the aforementioned arousal information is the crystallization of snow. If the snow crystal is compared with the text, the user can intuitively evoke a sense of coolness. By this, the wearer can easily feel cooler faster. According to an ideal aspect, the absorbent article is individually packaged by a packaging sheet. The packaging sheet displays packaging evoking information formed by at least one of characters, colors, or designs that can evoke a sense of coolness. Before unsealing the packaging sheet, the packaging arousal information can be visually recognized. Before the packager unpacks the package, because the packager can visually recognize the package arousal information, it is easier for the packager to feel cooler earlier. According to an ideal aspect, the absorbent article is individually packaged by a packaging sheet. The packaging sheet displays green evoking information formed by using green as at least one of evoked characters, colors, or designs. Before opening the packaging sheet, the green evoking information can be visually recognized. By this, before the user unpacks the package, since the user can visually recognize the green arousal information, it is easier for the user to evoke a cooler feeling earlier. The user recognizes that the absorbent article is a cooler, so it is easy to convey the consciousness of the user to the skin that is in contact with the absorbent article. Because the feeling of the skin can be made sensitive by the consciousness of the user, the coolness caused by the cooling agent can be immediately felt compared to the unconscious situation. (2) Schematic structure of absorbent article Hereinafter, the absorbent article according to the embodiment will be described briefly with reference to the drawings. The absorbent article may be absorbent articles such as sanitary napkins, sanitary pads, incontinence pads, and stool pads. The absorbent article may be an article that is used inside a wearing article such as underpants. The absorbent article 1 of this embodiment is a sanitary napkin. In the following description of the drawings, the same or similar symbols are indicated in the same or similar parts. However, the figures are schematics, and it must be noted that the ratio of each size is different from the actual one. Therefore, specific dimensions, etc. must be judged with reference to the following description. In addition, even in the drawings, there are cases where the relationship of the dimensions and the ratio are different from each other. Fig. 1 is a plan view of the absorbent article of the embodiment viewed from the skin surface side. FIG. 2 is a cross-sectional view taken along line AA shown in FIG. 1. Fig. 3 is a plan view of the absorbent article of the embodiment viewed from the skin surface side. FIG. 4 is a plan view of the package 200 according to the embodiment. In addition, the "skin face side" is equivalent to the side facing the wearer's skin during installation (in use). The "non-skin side" is equivalent to the side facing the opposite side of the user's skin during installation (in use). As shown in FIGS. 1 and 2, the absorbent article 1 has a front-rear direction L and a broad-side direction W. The front-back direction L is a direction extending from the front side (ventral side) of the wearer toward the back side (back side), or a direction extending from the rear side of the wearer toward the front side. The widthwise direction W is a direction orthogonal to the front-rear direction L. The absorbent article has a thickness direction T extending toward the skin surface side T1 and the non-skin surface side T2. In addition, in this specification, the outer edge is the outer end in the lateral direction, and the inner edge is the inner end in the lateral direction. As shown in FIG. 1, the absorbent article 1 has a central domain S3, a front side domain S1, and a rear side domain S2. The central region S3 is a region having a discharge port abutting portion that is in contact with a user's discharge port (eg, vaginal opening). When the absorbent article is attached to a wearing article (for example, underwear), the central area S3 is located at the lower part of the crotch of the wearing article. That is, the central domain is arranged under the crotch of the wearer, that is, the area between the legs of the wearer. The front side domain S1 is located in front of the front-back direction L than the center domain S3. The rear side domain S2 is located on the rear side of the front-back direction L than the central domain S3. The front side area S1, the rear side area S2, and the center area S3 are obtained by dividing the absorbent article 1 into 3 in the front-back direction L. Among the obtained three regions, the front region is the front region S1, the rear region is the rear region S2, and the center region is the central region S3. As shown in FIGS. 1 and 2, the absorbent article 1 includes an absorber 20 and a top sheet 30. The absorbent article 1 may include the second sheet 35, the back sheet 40, the side sheet 50, and the adhesive portion 70. The absorbent body (absorbent core) 20 contains an absorbent material that absorbs liquid. The absorbent material can be formed of, for example, hydrophilic fibers, pulp, and super absorbent polymer (SAP). The absorber 20 may be wrapped by a core-cladding layer (not shown). The core cladding layer only needs to cover the absorber 20 at least on the skin surface side T1 of the absorber 20. As a specific example, the core cladding layer may have a sheet disposed on the skin surface side of the absorber 20 and a sheet disposed on the non-skin surface side of the absorber 20. The absorber 20 may not be covered by the core-cladding layer. The absorber 20 is arranged at least in the central region S3. The absorber core may also extend from the central domain S3 to the front side domain S1. The absorber core may also extend from the central domain S3 to the rear domain S2. The top sheet 30 is arranged on the skin surface side of the absorber 20. The top sheet 30 has a skin-facing surface, which is opposed to the skin of the wearer during installation. The top sheet 30 has liquid permeability. The top sheet 30 may be composed of any sheet-like material having a structure that transmits liquid such as nonwoven fabric, woven fabric, perforated plastic sheet, and mesh sheet. As for the materials of woven and non-woven fabrics, both natural fibers and chemical fibers can be used. The second sheet 35 has liquid permeability. The second sheet 35 is arranged between the absorber 20 and the top sheet 30. The second sheet 35 may be composed of the same material as the top sheet 30. The hydrophilicity of the second sheet 35 may be higher than that of the top sheet 30. The back sheet 40 is disposed on the non-skin surface side T2 of the absorber 20. The back sheet 40 has liquid impermeability. The back sheet 40 may be composed of a polyethylene sheet; a laminated nonwoven fabric mainly composed of polypropylene; a breathable resin film; a sheet in which a breathable resin film is bonded to a nonwoven fabric such as spunbond or water needle. The side sheet 50 only needs to cover the outer edge of the top sheet 30. The side sheet 50 is to cover the outer edge of the top sheet 30 in the widthwise direction W, and may extend outward from the top sheet 30 in the widthwise direction W. In addition, the absorbent article 1 may not have the side sheet 50. The side sheet 50 may be composed of the same material as the top sheet 30. However, in order to prevent the body fluid adhering to the top sheet 30 from leaking out of the absorbent article 1 across the side sheet 50 in the widthwise direction W, the side sheet 50 may have hydrophobicity or water repellency. The side sheet 50 only needs to be disposed on the wings and wings located outside the outer edge of the absorber 20 in the widthwise direction W. The adhesive part 70 is an area provided with an adhesive that fixes the absorbent article 1 to the wearing article. The adhesive part 70 is arranged on the non-skin surface side T2 of the back sheet 40 and is used to fix the absorbent article 1 to a wearing article (for example, underwear). The absorbent article 1 has a cooling layer 100 containing a cooling agent. With this, the absorbent article 1 has a cooling agent. The cooling agent may be, for example, one that acts on a receptor activation channel (TRPM8) located in the skin nerve. Examples of cooling agents of this type include: menthol (eg, l-menthol) and its inducers (eg, menthyl lactate); methyl salicylate; camphor; cucumber extract; derived from Essential oils of plants (e.g. mint, eucalyptus, nutmeg), etc. In addition, the cooling sensation agent may be a person whose ambient temperature drops by the heat of vaporization. Examples of such cooling agents include alcohols such as methanol and ethanol. As shown in FIG. 2, the cooling layer 100 may be disposed between the top sheet 30 and the second sheet 35 in the thickness direction T. The cooling layer 100 may be provided by applying a cooling agent on the top sheet 30. The cooling layer 100 may be provided by applying a cooling agent on the second sheet 35. The absorbent article 1 has a green colored region CR that can be seen from the top sheet 30 side. Green is a color that can evoke a cooling sensation represented by mint leaves. Therefore, the user can visually recognize the colored area, and can evoke a cooling sensation to the user. With this, the user recognizes that the absorbent article 1 is a cooler, so it is easy to transmit the consciousness of the user to the skin that is in contact with the absorbent article. Because the feeling of the skin can be made sensitive by the consciousness of the user, the coolness caused by the cooling agent can be immediately felt compared to the unconscious situation. In addition, the impressions generated in the brain may affect human perception. Therefore, the way in which the wearer evokes a feeling of coolness to the wearer before installing the absorbent article can easily feel coolness for the wearer from before the use. In addition, green is a common color in nature, and it is a color that gives a natural impression or a sense of cleanliness, so even if the colored area is viewed from the side of the top sheet 30, it can suppress discomfort to the user. Happening. Green is a color within the hue angle h of 90 degrees or more and 270 degrees or less when the axis of the a* red direction is set to 0 degrees in the CIE1976 (L*a*b*) color space defined by JIS Z 8729. Therefore, in the L*C*h color space, the luminance L* and the chroma C* are arbitrary values. Therefore, the chromaticity a* is a value of 0 or less, and the values of the luminance L* and the chromaticity b* are arbitrary. In addition, green is a color in a range of hue angle h of 100 degrees or more and 260 degrees or less. In addition, green may be a color below 180 degrees, and may be a color below 135 degrees. As an example of the green color specified in this specification, for example, the color equivalent to 358C in the color sample of PANTONE (registered trademark) can be cited. In this embodiment, the colored region CR is composed of the cooling layer 100. Therefore, the cold feeling layer 100 is a colored portion to be colored. Therefore, the cooling layer 100 as a colored portion may be colored in the above-mentioned green color. In addition, even if the colored portion is not the above-mentioned green, it may be regarded as green when viewed from the top sheet 30 side. As shown in FIG. 2, the colored region CR may be provided in the coloring portion on the non-skin surface side T2 of the top sheet 30. The surface of the top surface sheet 30 on the skin surface side T1 abuts on the sensitive skin of the user. Since the coloring portion is arranged on the non-skin surface side T2 more than the top sheet, the coloring material of the coloring coloring portion can be prevented from directly contacting the skin, so that it not only gives the installer a sense of peace, but also allows the installer to easily Feeling cool. Any one of the members disposed on the non-skin surface side T2 of the top sheet 30 may be colored, and a colored portion provided on the non-skin surface side T2 of the top sheet 30 may be provided. The member provided with the colored portion may be at least any one of the absorber 20, the core cladding layer, the second sheet 35, the back sheet 40, and the side sheet 50. For a member provided with a colored portion, all regions of the member may be colored (for example, green). By this, since the coloring portion to be the colored region CR exists in a wide area, the installer can easily recognize the colored region CR. In addition, since the large area of the coloring area CR (coloring portion) evokes a feeling of cooling, it is easy to spread the consciousness of the wearer to a wide area of the skin, so the wearer can easily feel cool from before the wear . In addition, for a member provided with a colored portion, a part of the region of the member may be colored (for example, green). The colored region CR may be a colored portion provided on the top sheet 30. Therefore, the top sheet 30 only needs to have a colored portion. Since the colored portion is provided on the top sheet 30, the user can directly view the colored portion, and the colored region CR can be easily recognized. By this, the user can be further evoked a sense of coolness. The colored portion may be provided on all of the top sheet 30. That is, all areas of the top sheet 30 may be green. A colored portion may be provided on a part of the top sheet 30. That is, a part of the area of the top sheet 30 may be green. In addition, it is sufficient to provide a colored portion on a plurality of members. The region where each colored portion provided in each of the plurality of members overlaps in the thickness direction T may constitute a visible green coloring region CR. Therefore, each colored portion itself may be the aforementioned green color, and may not be the aforementioned green color. The coloring portion may be provided by applying a coloring material (ink, etc.) on the surface of the member constituting the absorbent article 1, or may be provided by allowing the coloring material to penetrate the member. The absorbent article 1 displays evoking information 5 formed by at least one of characters or designs that can evoke a feeling of coolness. Specifically, the evoking information 5 is displayed on at least one of the absorber 20 and the top sheet 30. The arousal information 5 is visible from the top sheet 30 side. When the user installs the absorbent article 1, the information 5 is visually recognized from the side of the top sheet 30. By visually evoking information 5 by the user, the user can be evoked a sense of coolness. Thereby, since the user recognizes that the absorbent article 1 is a cooler, it is easy to convey the consciousness of the user to the skin that is in contact with the absorbent article 1. Because the skin sensation can be sensitized by the consciousness of the user, compared to the unconscious case, if the cooling sensation agent acts on the receptor activation channel, you can immediately feel cool. In addition, creating an impression in the brain may affect human perception. Therefore, before the absorbent article 1 is installed, the way in which the wearer evokes a feeling of coolness to the wearer can easily feel the coolness of the wearer from before installation. In addition, "visual recognition" in this specification means that subjects with good eyesight (1.0 or more) in both eyes are brightly illuminated with neutral white (color temperature standard 4600-5400 K (Kelvin)) Indoor (reference: 500 ~ 750 lx (lux)), the situation can be seen when viewing the object at a distance of about 30 ~ 50cm. The arousal information 5 is formed by at least one of characters or designs that can arouse a sense of coolness. The arousal information 5 is shown in Figure 1 as the crystallization of snow. If the snow crystal is compared with the text, the user can intuitively evoke a sense of coolness. By this, the wearer can easily feel cooler faster. Examples of characters that can evoke a sense of coolness include snow, sea, waves, ice cream, ice, and "cool". Examples of designs that can evoke a sense of coolness include snowmen, waves, ice cream, and ice. The absorbent article 1 should just have the press part 60 which compresses the top sheet 30 in the thickness direction T at least. The example of having a cool feeling layer on the non-skin surface side T2 of the top sheet 30 is because the thickness of the top sheet in the press section 60 is thinner than the top sheet 30 in the periphery of the press section 60, so the cool feeling The cooling agent contained in the layer 100 easily passes through the top sheet 30 through the press section 60. By this, since the cooling agent moves to the skin surface side T1 more easily than the top sheet 30, the wearer can easily feel cooler quickly. The press section 60 may overlap the cooling layer 100 in the thickness direction T. With this, the cooling agent can easily pass through the top sheet 30 through the press section 60. In addition, even if the press section 60 does not overlap the cooling layer 100, the volatile cooling agent moves inside the absorbent article 1 and can pass through the top sheet 30 through the press section 60. In addition, the cooling sensation agent moves between the fibers of the uncompressed portion that has not been compressed to the skin surface side of the top sheet 30. As shown in FIG. 1, the press section 60 only needs to have a call-up press section 65 that displays call-up information 5. Therefore, the arousal information 5 may be displayed by the press section 60. Since the call information 5 is displayed by the press section 60, the call information 5 has a three-dimensional effect. In this way, it is easy for the user to visually evoke information 5. Because the evoking information 5 is visually recognized by the wearer, the coolness can be evoked by the wearer, so the wearer easily feels cool soon. It is sufficient that the squeezing press portion 65 is not arranged in the central domain S3, but is arranged in at least one of the front side domain S1 and the rear side domain S2. In the absorbent article 1 shown in FIG. 1, the squeezing press portion 65 is arranged on both the front side domain S1 and the rear side domain S2. Because the skin near the excretory of the wearer is sensitive, when the skin is exposed to a cooling agent in a large amount for a short time, there is a possibility that the wearer may be too irritated by the cooling agent. Since the central area S3 abuts on the excretory opening (for example, the vaginal opening) of the user, the squeezing portion 65 is not disposed in the central area S3, and the irritation caused by the cooling sensation agent in the skin near the excretion opening can be suppressed. On the other hand, the squeezing squeezing portion 65 is arranged in at least one of the front side domain S1 and the rear side domain S2 so that the cooling sensation agent can easily contact the skin away from the excretory opening. In this way, while suppressing the stimulation of sensitive parts, the wearer can easily feel cooler more quickly. As shown in FIGS. 1 and 2, the press section 60 may include a high-pressure press section 60H and a low-pressure press section 60L having a shallower depth in the thickness direction T than the high-pressure press section 60H. The thickness of the top sheet 30 in the high-pressure press section 60H is thinner than the thickness of the top sheet 30 in the low-pressure press section 60L. Therefore, the cooling agent passes through the top sheet 30 through the high-pressure press section 60H and is thinner than the top sheet 30 is easier to move further to the skin side T1. By this, the wearer can easily feel cooler faster. On the other hand, even if the cooling agent passes through the top sheet 30 through the low-pressure press section 60L, it is less likely to pass through the top sheet 30 than the high-pressure press section 60H. Therefore, compared with the case where only the high-pressure press section 60H is provided as the press section 60, the cooling effect can be continued. As shown in FIG. 1, the evoked press section 65 may include the evoked high-pressure press section 65H and the evoked low-pressure press section 65L having a shallower depth in the thickness direction T than the evoked press section 65H. The arousal information 5 further has a three-dimensional sense, and it is easy for the user to visually recognize the arousal information 5. The press section 60 only needs to have an opening penetrating the top sheet 30. The cooling agent contained in the cooling layer 100 passes through the top sheet 30 through the opening, and it is easier to move further to the skin surface side T1 than the top sheet 30. By this, the wearer can easily feel cooler faster. As shown in FIG. 3, the absorbent article 1 has a first front-rear region 1R, a second front-rear region 2R, and a third front-rear region 3R located between the first front-rear region 1R and the second front-rear region 2R. The first front-rear region 1R, the second front-rear region 2R, and the third front-rear region 3R are obtained by dividing the absorber 20 into three equal parts in the front-rear direction L. The area of the press section 60 in the first front-rear area 1R and the area of the press section 60 in the second front-rear area 2R may be larger than the area of the press section in the third front-rear area. Because the skin near the excretory of the wearer is sensitive, when the skin is exposed to a cooling agent in a large amount for a short time, there is a possibility that the wearer may be too irritated by the cooling agent. Since the second front and rear area 2R easily contacts the excretory opening (eg, vaginal opening) of the wearer, reducing the area of the squeezing portion 60 in the third front and rear area 3R can suppress the cooling agent in the skin near the excretion opening. Induced stimulation. On the other hand, by increasing the area of the press section 60 in the first front-rear region 1R and the area of the press section in the second front-rear region 2R, the cooling agent is likely to contact the skin away from the discharge port. In this way, while suppressing the stimulation of sensitive parts, the wearer can easily feel cooler more quickly. The first front-rear region 1R is arranged on the front side of the third front-rear region 3R. The second front-rear area 2R is arranged on the rear side of the third front-rear area 3R. The area of the press section 60 in the first front-rear area 1R may be larger than the area of the press section in the second front-rear area 2R. The skin located in the second front and rear area 2R (that is, the skin in the buttocks) is generally more dull than the skin located in the first front and rear area 1R. Therefore, increasing the area of the pressing portion 60 in the first front-rear region 1R allows more cooling sensation to easily reach the skin more sensitive than the skin in the buttocks. By this, the wearer can easily feel cooler faster. The absorbent article 1 may have an inner region IR obtained by dividing the absorber 20 into three in the widthwise direction W, and two outer regions OR arranged outside the inner region IR. The area of the press section 60 in each of the two outer regions OR may be larger than the area of the press section 60 in the inner region IR. Because the skin near the excretory of the wearer is sensitive, when the skin is exposed to a cooling agent in a large amount for a short time, there is a possibility that the wearer may be too irritated by the cooling agent. Since the inner region IR abuts on the excretory opening (for example, the vaginal opening) of the user, reducing the area of the squeezing portion 60 in the inner region IR can suppress irritation caused by the cooling sensation in the skin near the excretion opening. On the other hand, by increasing the area of the pressing portion 60 in the outer region OR, the cooling sensation agent can easily contact the skin away from the discharge port. In this way, while suppressing the stimulation of sensitive parts, the wearer can easily feel cooler more quickly. As shown in FIG. 2, the absorbent article 1 only needs to have at least a pressing portion that compresses the top sheet 30 in the thickness direction T and the coloring portion (cooling layer 100 in FIG. 2 ). As shown in FIG. 1, in a plan view in the thickness direction T, the non-press section 60N that is not compressed in the thickness direction T with the press section 60 may be disposed in the colored region CR. Since the pressing part 60 is compressed, the coloring region CR in the non-pressing part 60N is located on the skin surface side T1 more than the coloring region CR in the pressing part 60. As a result, the user can stereoscopically view the colored region CR, and the user can more easily view the colored region CR. The colored region CR may be visible from the back sheet 40 side. Since the wearer can view the colored region CR not only from the top sheet 30 side but also from the back sheet 40 side, the chance of the wearer viewing the colored region CR increases, and the cooler can be more aroused to the wearer. In addition, when the absorbent article 1 is discarded, the top sheet 30 becomes the inside and the back sheet 40 becomes the outside. Therefore, the user can visually recognize the colored region CR after use. As a result, the wearer can easily feel cool after use. The absorbent article 1 may be a region around the colored region CR, and may have a peripheral region SR visible from the top sheet 30 side. In the present embodiment, as shown in FIG. 2, the peripheral region SR is located around the colored region CR, and does not overlap the color-sensing portion cold feeling layer 100 in the thickness direction T. Therefore, the peripheral region SR is located in a region outside the lateral direction W and the front-back direction L more than the outer edge of the colored portion (the cold feeling layer 100 in this embodiment). The surrounding area SR may be, for example, at least a part of the top sheet 30 located outside the outer end edge of the absorber 20 in the front-rear direction L. The surrounding area SR may be at least a part of the side sheet 50. The surrounding area SR may be white, for example. In a plan view in the thickness direction T, the color difference (ΔE) of the colored region CR and the surrounding region SR may be 2 or more. Since the color difference between the colored region CR and the surrounding region SR is 2 or more, the boundary between the colored region CR and the surrounding region SR is conspicuous, and the user can more easily recognize the colored region CR. Since it is easier to visualize the colored region CR, the color difference between the colored region CR and the surrounding region SR may be 3.2 or more, and may be 4.2 or more. In addition, the color difference ΔE between the coloring area CR and the surrounding area SR can be measured at two points (two areas) to be measured by using a commercially available colorimeter, in accordance with CIE1976 (JIS Z 8729) L*a*b*) color space can be obtained by comparing the digitized values. Specifically, when the difference in the L* value between two points to be measured is ΔL*, the difference in a* is Δa*, and the difference in b* value is Δb*, the color difference ΔE=[(ΔL*) ² +(Δa*) ² +(Δb*) ² ]1/2 is obtained. As shown in FIG. 4, the packaging body 200 of the absorbent article 1 includes the absorbent article 1 and a packaging sheet 250 for individually packaging the absorbent article 1. Therefore, the absorbent article 1 may be individually packaged by the packaging sheet 250. Before unsealing the packaging sheet 250, the colored region CR may be visually recognized through the packaging sheet 250. Before the packager unpacks the package, since the packager evokes a sense of coolness, the packager can easily feel cooler earlier. As shown in FIG. 4, the packaging sheet 250 may display the packaging evoking information 255 formed by at least one of characters, colors, or designs that can evoke a sense of coolness. Before unpacking the packaging sheet 250, it is sufficient to visually recognize the packaging evoking information 255. Before the user unpacks the package, because the user can visually recognize the package evoke information 255, it is easier for the user to feel cooler earlier. The text and design that can evoke the coolness of the packaging evoke information 255 may be the same as the evoke information 5. The cyan color can be used to evoke a sense of coolness. The packaging evoke information 255 may be the above-mentioned green color that can evoke a cold feeling. The packaging sheet 250 may display green evoking information formed by using green as at least one of characters, colors, or designs that can be evoked. Before opening the packaging sheet 250, the user can recognize the green arousal information. Before the user unpacks the package, because the user can visually recognize the green arousal information, it is possible for the user to evoke a cooler feeling earlier. The green arousal information can be the text and/or design of leaves, trees, forests, forests, nature, etc. The green arousal information may be text indicating raw materials of the cooling sensation agent (for example: cucumber extract, mint, eucalyptus, nutmeg, essential oil from plants, etc.). As shown in FIG. 4, the absorbent article 1 only needs to have one or more folds extending in the widthwise direction W. In a packaging state in which the absorbent article 1 is packaged in the packaging sheet 250, the absorbent article 1 may be folded using the fold as a base point. In FIG. 4, the absorbent article 1 is folded based on the two folds FL1 and FL2. The evoking information 5 may be located more outward of the front-back direction L than the fold FL1 located at the outermost side of the front-back direction L. With this, when one end of the absorbent article 1 in which the evoked information 5 is arranged in the front-rear direction L is located outside the thickness direction T, the fold FL1 (or fold FL2) is deployed as a base point, and the absorbent article 1 The information 5 is visually recognized before the packaging sheet 250 is completely peeled off. In this way, by the user unpacking the package, the user can immediately recognize the information 5, so that the user can easily feel cooler earlier. In the present embodiment, the evoking information 5 is arranged outside the fold line FL1 in the front-rear direction L, and is arranged outside the fold line FL2 in the front-rear direction L. Therefore, in the packaged state, even if any one end portion of the absorbent article 1 in the front-rear direction L is outside the thickness direction T, the information 5 is visually recognized even when the fold is developed as a base point. (3) Other Embodiments Although the above-mentioned embodiments have been used to explain this creation in detail, it is obvious to the industry that this creation is not limited by the embodiments described in this specification. This creation can be implemented as a modification and modification without departing from the meaning and scope of this creation as defined by the description of the scope of patent application. Therefore, the description in this specification is for illustrative purposes, and does not mean any restriction on the creation. In the above embodiment, the cooling layer 100 is disposed between the top sheet 30 and the second sheet 35, but it is not limited to this. The cooling layer 100 may be composed of at least one of the members constituting the absorbent article 1. For example, the cooling layer 100 may be constituted by at least one of the absorber 20, the core cladding layer, the top sheet 30, the second sheet 35, and the side sheet 50 including a cooling agent. The evoking information 5 may be displayed on both the absorber 20 and the top sheet 30 by the press section 60 as in the above-described embodiment, or may be displayed only on the absorber 20 or only on the top sheet 30. In the above-described embodiment, although the area of the press section 60 in the first front-rear area 1R and the area of the press section 60 in the second front-rear area 2R are larger than the area of the press section 60 in the third front-rear area, But it is not limited by this. The area of the press section 60 in the third front-rear area 3R may be larger than the area of the press section 60 in the first front-rear area 1R, and may be larger than the area of the press section 60 in the second front-rear area 2R. In addition, the area of the press section 60 in the second front-rear area 2R may be larger than the area of the press section 60 in the first front-rear area 1R. In addition, although the area of the press section 60 in each of the two outer regions OR is larger than the area of the press section 60 in the inner region IR, it is not limited to this. The area of the press section 60 in the inner region IR may be larger than the area of the press section 60 in each of the two outer regions OR, and may be larger than the area of the press section 60 in one of the two outer regions OR. In the above embodiment, the absorbent article 1 is a sanitary napkin, but it is not limited to this. The absorbent article 1 may be a disposable diaper such as an adhesive tape type or a shorts type. In the above-mentioned embodiment, the central area S3 may be an area provided with a leg circumference opening arranged at the wearer's leg circumference. The leg opening is a portion that is recessed from the outer edge of the absorbent article toward the inner side in the widthwise direction as it goes inward in the widthwise direction. Alternatively, when the absorbent article 1 includes an absorbent core, the central region S3 may be provided with a region recessed toward the inner side in the widthwise direction from the outer edge of the absorbent core toward the inner side in the widthwise direction. Alternatively, the central region S3 may be a region in which the middle and high parts of the region thicker than the surrounding absorbent core are arranged.

1:吸收性物品 5:喚起資訊 20:吸收體 30:頂面薄片 35:第二薄片 40:背面薄片 50:側薄片 60:壓榨部 60H:高壓榨部 60L:低壓榨部 60N:非壓榨部 65:喚起壓榨部 65H:喚起高壓榨部 65L:喚起低壓榨部 70:黏著部 100:涼感層 200:包裝體 250:包裝薄片 255:包裝喚起資訊 CR:著色區域 FL1:折痕 FL2:折痕 IR:內側區域 OR:外側區域 S1:前側域 S2:後側域 S3:中央域 1R:第1前後區域 2R:第2前後區域 3R:第3前後區域 SR:周圍區域 T1:肌膚面側 T2:非肌膚面側 W:寬邊方向 L:前後方向1: absorbent article 5: Arouse information 20: Absorber 30: top sheet 35: Second slice 40: back sheet 50: side sheet 60: Press section 60H: High-pressure press section 60L: Low-pressure press section 60N: Non-press section 65: Arouse the press section 65H: Arouse high-pressure press section 65L: evoke the low-pressure press section 70: Adhesion 100: cool layer 200: package 250: packaging sheet 255: Packaging evokes information CR: shaded area FL1: Crease FL2: Crease IR: inside area OR: lateral area S1: front side domain S2: back side domain S3: Central domain 1R: 1st front and rear area 2R: 2nd front and rear area 3R: 3rd front and rear area SR: surrounding area T1: skin side T2: Non-skin side W: wide side direction L: front and back direction

[圖1]是從肌膚面側觀看實施形態的吸收性物品的俯視圖。 [圖2]是沿著圖1所示的A-A線的剖視圖。 [圖3]是從肌膚面側觀看實施形態的吸收性物品的俯視圖。 [圖4]是實施形態的包裝狀態中的包裝體的俯視圖。 Fig. 1 is a plan view of the absorbent article of the embodiment viewed from the skin surface side. [Fig. 2] is a cross-sectional view taken along line A-A shown in Fig. 1. [Fig. 3] Fig. 3 is a plan view of the absorbent article of the embodiment viewed from the skin surface side. [Fig. 4] Fig. 4 is a plan view of the packaging body in the packaging state of the embodiment.

1:吸收性物品 1: absorbent article

5:喚起資訊 5: Arouse information

20:吸收體 20: Absorber

30:頂面薄片 30: top sheet

50:側薄片 50: side sheet

60:壓榨部 60: Press section

60L:低壓榨部 60L: Low-pressure press section

60H:高壓榨部 60H: High-pressure press section

60N:非壓榨部 60N: Non-press section

65:喚起壓榨部 65: Arouse the press section

65H:喚起高壓榨部 65H: Arouse high-pressure press section

65L:喚起低壓榨部 65L: evoke the low-pressure press section

100:涼感層 100: cool layer

W:寬邊方向 W: wide side direction

L:前後方向 L: front and back direction

S1:前側域 S1: front side domain

S2:後側域 S2: back side domain

S3:中央域 S3: Central domain

FL1:折痕 FL1: Crease

FL2:折痕 FL2: Crease

CR:著色區域 CR: shaded area

Claims

An absorbent article, an absorbent article with a cooling sensation agent, characterized in that it is provided with: The front-rear direction, the widthwise direction orthogonal to the front-rear direction, and the thickness direction orthogonal to the front-rear direction and the widthwise direction; Absorber; and A top sheet arranged on the skin side of the absorbent body, At least one of the absorbent body and the top sheet shows arousal information formed by at least one of characters or designs that can evoke a feeling of coolness.

The absorbent article as described in item 1 of the patent application scope, which has at least a pressing portion that compresses the top sheet in the thickness direction, The arousal information is displayed by the press section.

The absorbent article as described in item 1 or 2 of the patent application scope, which has at least a pressing portion that compresses the top sheet in the thickness direction, A cooling layer containing the cooling agent is provided on the non-skin surface side of the top sheet.

The absorbent article as described in item 3 of the patent application range, wherein the press section has an opening penetrating the top sheet.

The absorbent article as described in Item 3 of the patent application range, wherein the press section includes a high-pressure press section and a low-pressure press section having a shallower depth in the thickness direction than the high-pressure press section.

The absorbent article as described in item 3 of the patent application scope includes a central domain, a front domain that is located on the front side of the front-rear direction from the central domain, and a rear domain that is located on the rear side of the front-rear direction from the central domain. Side domain, The press section has an arousal press section that displays the arousal information, The evoke press section is not arranged in the central domain, but is arranged in at least one of the front domain and the rear domain.

An absorbent article as described in item 3 of the patent application scope, which includes a first front-rear area, a second front-rear area, and a third front-rear area between the first front-rear area and the second front-rear area, The first front-rear area, the second front-rear area, and the third front-rear area are obtained by dividing the absorber into three equal parts in the front-rear direction, The area of the press section in the first front-rear area and the area of the press section in the second front-rear area are larger than the area of the press section in the third front-rear area.

The absorbent article as described in item 7 of the patent application scope, wherein the first front and rear regions are arranged on the front side of the third front and rear regions, The second front-rear area is arranged on the rear side of the third front-rear area, The area of the press section in the first front-rear area is larger than the area of the press section in the second front-rear area.

The absorbent article as described in item 3 of the patent application scope, which has an inner region and two outer regions arranged outside the inner region, The inner region and the outer two outer regions are obtained by dividing the absorber into three equal parts in the widthwise direction, The area of the press section in each of the two outer regions is larger than the area of the press section in the inner region.

An absorbent article as described in item 1 or 2 of the patent application, wherein the aforementioned arousal information is a crystal of snow.

The absorbent article as described in item 1 or item 2 of the patent application scope, wherein the aforementioned absorbent article is individually packaged by a packaging sheet, The packaging sheet displays packaging evoking information formed by at least one of characters, colors, or designs that can evoke a sense of cooling, Before unsealing the packaging sheet, the packaging arousal information can be visually recognized.

The absorbent article as described in item 1 or item 2 of the patent application scope, wherein the aforementioned absorbent article is individually packaged by a packaging sheet, The packaging sheet displays green evoking information formed by using green as at least one of evoked characters, colors, or designs. Before opening the packaging sheet, the green arousal information can be recognized.