TWI724301B

TWI724301B - Anti-loose thermal insulation cup sleeve with reverse damping structure

Info

Publication number: TWI724301B
Application number: TW107117311A
Authority: TW
Inventors: 楊泰和; 楊宗融
Original assignee: 楊泰和; 楊宗融
Priority date: 2012-04-13
Filing date: 2012-04-13
Publication date: 2021-04-11
Also published as: TW201832699A

Abstract

The present invention provides a cup sleeve formed with a reverse damping structure having one or more rings inwardly bent and annularly arranged on one or both of the edge and the inner periphery of the cup sleeve, so when the mentioned cup sleeve is sleeved with a cup-shaped or bottle-shaped or can-shaped container, the anti-slip damping for enhancing the anti-loose function is provided by the reverse damping structure, thus the cup sleeve is less likely to be released from the cup-shaped or bottle-shaped or can-shaped container, and with the reverse damping structure, the interval formed between the cup sleeve and the cup-shaped or bottle-shaped or can-shaped container is enlarged thereby increasing the thermal insulation effect.

Description

具逆向阻尼結構之抗脫落隔熱杯套 Anti-dropping and heat-insulating cup sleeve with reverse damping structure

本發明為將杯套之邊框或杯身周圍內側兩者或其中之一，製成具有一環或一環以上呈環列狀往內彎入之逆向阻尼結構，以在上述杯套套入杯形或瓶形或罐形容器時，藉逆向阻尼結構以提昇抗脫落之抗滑阻尼，使杯套較不容易脫離杯形或瓶形或罐形容器，以及藉由逆向阻尼結構增加杯套與杯形或瓶形或罐形容器之間隙以提高隔熱效果者。 The present invention is to make two or one of the frame of the cup sleeve or the inner side of the cup body into a reverse damping structure with one or more rings bent inward in a ring shape, so that the cup shape or bottle is inserted into the cup sleeve. In the case of a cup-shaped or tank-shaped container, the reverse damping structure is used to improve the anti-sliding damping against falling, so that the cup cover is less likely to be separated from the cup-shaped or bottle-shaped or tank-shaped container, and the reverse damping structure is used to increase the cup cover and cup-shaped or The gap between bottle-shaped or tank-shaped containers is used to improve the thermal insulation effect.

傳統隔熱用杯套通常為呈平行或呈上側孔徑較大，下側孔徑較小之圈套狀供套入杯形或瓶形或罐形容器，由於杯套內徑須大於杯形或瓶形或罐形容器直徑才能順利套入，因此杯套套入杯形或瓶形或罐形容器後容易滑落，若以紙片製成杯套直接接觸杯形或瓶形或罐形容器隔熱效果相對較差，若以具管孔層之瓦楞紙製成杯套雖可提昇隔熱效果但仍容易滑落為其缺失。 Traditional heat-insulating cup sleeves are usually parallel or in a snare shape with a larger hole on the upper side and a smaller hole on the lower side to fit into a cup or bottle or can-shaped container. Because the inner diameter of the cup sleeve must be larger than that of the cup or bottle. Or the diameter of the can-shaped container can be inserted smoothly, so the cup sleeve is easy to slip off after being inserted into the cup-shaped, bottle-shaped or can-shaped container. If the cup sleeve is made of paper, it directly touches the cup-shaped, bottle-shaped or can-shaped container. The heat insulation effect is relatively poor. If the cup sleeve is made of corrugated paper with a pipe hole layer, although the heat insulation effect can be improved, it is still easy to slip off.

本發明為將杯套之邊框或杯身周圍內側兩者或其中之一，製成具有一環或一環以上呈環列狀往內彎入之逆向阻尼結構，以在上述杯套套入杯形或瓶形或罐形容器時，藉逆向阻尼結構以提昇抗脫落之抗滑阻尼，使杯套較不容易脫離杯形或瓶形或罐形容器，以及藉由逆向阻尼結構增加杯套與杯形或瓶形或罐形容器之間隙以提高隔熱效果者；上述之逆向阻尼結構包括將杯套邊框或杯身周圍內側兩者或其中之一，製成具有一環或一環以上呈環列狀由套入方向呈逆向下彎之皺折狀阻尼結構或鋸齒型阻尼結構或波浪型阻尼結構或梯形型阻尼結構其中一種或一種以上混用所構成者。 The present invention is to make two or one of the frame of the cup sleeve or the inner side of the cup body into a reverse damping structure with one or more rings bent inward in a ring shape, so that the cup shape or bottle is inserted into the cup sleeve. In the case of a cup-shaped or tank-shaped container, the reverse damping structure is used to improve the anti-sliding damping against falling, so that the cup cover is less likely to be separated from the cup-shaped or bottle-shaped or tank-shaped container, and the reverse damping structure is used to increase the cup cover and the cup-shaped or Bottle-shaped or tank-shaped container gaps to improve the heat insulation effect; the above-mentioned reverse damping structure includes two or one of the cup sleeve frame or the inner side of the cup body, made into a ring or more than one ring in a ring shape. A corrugated damping structure, a zigzag damping structure, a wave damping structure, or a trapezoidal damping structure with the inward direction curved downwards.

100‧‧‧容器 100‧‧‧Container

101‧‧‧開口側 101‧‧‧Open side

102‧‧‧封閉側 102‧‧‧Closed side

111‧‧‧具逆向阻尼結構杯套 111‧‧‧Cup sleeve with reverse damping structure

112‧‧‧邊框具逆向阻尼結構杯套 112‧‧‧Frame with reverse damping structure cup sleeve

113‧‧‧杯身周圍具內部逆向阻尼結構杯套 113‧‧‧Cup sleeve with internal reverse damping structure around the cup body

114‧‧‧邊框具逆向阻尼結構之片狀圈合式杯套 114‧‧‧Flake ring cup holder with reverse damping structure on the frame

115‧‧‧杯身周圍具內部逆向阻尼結構之片狀圈合式杯套 115‧‧‧Flake coiled cup sleeve with internal reverse damping structure around the cup body

200‧‧‧逆向阻尼結構 200‧‧‧Reverse damping structure

201‧‧‧邊框向內彎折片 201‧‧‧The frame is bent inward

202‧‧‧邊框向內皺折體 202‧‧‧The frame is folded inward

203‧‧‧邊框向內彎折波齒片 203‧‧‧The frame is bent inwardly

204‧‧‧邊框向內彎折梯型片 204‧‧‧Bend the ladder-shaped piece with the frame inward

205‧‧‧周圍內側向內彎折片 205‧‧‧Folding sheet around inside and inward

206、207‧‧‧具內彎折片之個別圈狀結構 206, 207‧‧‧Individual ring-shaped structure with internally bent pieces

208、209‧‧‧夾設於邊框周圍之向內彎折片 208, 209‧‧‧Inwardly bent sheet clamped around the frame

211‧‧‧預力臂 211‧‧‧Preliminary arm

218、219‧‧‧一體式杯套之邊框向內彎折片 218、219‧‧‧The frame of the one-piece cup holder is bent inward

圖1所示為本發明由邊框向內彎折片(201)構成具逆向阻尼結構杯套(111)之逆向阻尼結構((200)展開示意圖。 Fig. 1 is an exploded view of the reverse damping structure ((200) of the cup sleeve (111) with the reverse damping structure formed by the inwardly bent sheet (201) of the frame of the present invention.

圖2所示為開口側向上之杯形容器與圖1之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖。 Fig. 2 is a schematic cross-sectional view of the combined state of the cup-shaped container with the opening side upward and the cup sleeve (111) with the reverse damping structure of Fig. 1.

圖3為本發明由邊框向內皺折體(202)構成具逆向阻尼結構杯套(111)之實施例之逆向阻尼結構((200)示意展開圖。 Fig. 3 is a schematic expanded view of the reverse damping structure ((200) of the embodiment of the invention in which the inwardly folded body (202) of the frame constitutes the cup sleeve (111) with the reverse damping structure.

圖4所示為開口側向上之杯形容器與圖2之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖。 Fig. 4 is a schematic cross-sectional view of the combined state of the cup-shaped container with the opening side upward and the cup sleeve (111) with the reverse damping structure of Fig. 2.

圖5為本發明由邊框向內彎折波齒片(203)構成具逆向阻尼結構杯套(111)之實施例之逆向阻尼結構(200)展開示意圖。 Fig. 5 is an exploded schematic view of the reverse damping structure (200) of the embodiment of the present invention in which the frame is bent inwardly by the wave tooth piece (203) to form the cup sleeve (111) with the reverse damping structure.

圖6所示為開口側向上之杯形容器與圖5之具逆向阻尼結構杯套(111)結合狀態之示意圖。 Fig. 6 is a schematic diagram showing the combined state of the cup-shaped container with the opening side upward and the cup sleeve (111) with the reverse damping structure of Fig. 5.

圖7為本發明由邊框向內彎折梯型片(204)構成具逆向阻尼結構杯套(111)之實施例之逆向阻尼結構(200)示意展開圖。 Fig. 7 is a schematic development view of the reverse damping structure (200) of the embodiment of the present invention in which the trapezoidal sheet (204) is bent inwardly to form the cup sleeve (111) with the reverse damping structure.

圖8所示為開口側向上之杯形容器與圖7之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖。 Fig. 8 is a schematic cross-sectional view of the combined state of the cup-shaped container with the opening side upward and the cup sleeve (111) with the reverse damping structure of Fig. 7.

圖9為本發明由杯套周圍具有呈環設之由周圍內側向內彎折片(205)構成具逆向阻尼結構杯套(111)之實施例之逆向阻尼結構(200)展開示意圖。 Fig. 9 is an exploded schematic view of the reverse damping structure (200) of the embodiment of the present invention in which there is a ring around the cup sleeve and the inwardly bent sheets (205) form the reverse damping structure of the cup sleeve (111).

圖10所示為開口側向上之杯形容器與圖9之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖。 Fig. 10 is a cross-sectional schematic diagram showing the combined state of the cup-shaped container with the opening side upward and the cup sleeve (111) with the reverse damping structure of Fig. 9.

圖11為本發明由杯套周圍具有兩環或兩環以上呈多環交錯環設之由周圍內側向內彎折片(205)，構成具逆向阻尼結構杯套(111)之多環環設逆向阻尼結構(200)之實施例展開示意圖。 Figure 11 is a multi-ring ring arrangement of the cup sleeve (111) with a reverse damping structure formed by a multi-ring interlaced ring with two or more rings around the cup sleeve in the present invention. An exploded schematic view of an embodiment of the reverse damping structure (200).

圖12所示為開口側向上之杯形容器與圖11之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖。 Fig. 12 is a schematic cross-sectional view of the combined state of the cup-shaped container with the opening side upward and the cup sleeve (111) with the reverse damping structure of Fig. 11.

圖13為本發明由杯套周圍具有兩環或兩環以上呈矩陣型多環環設之由周圍內側向內彎折片(205)，構成具逆向阻尼結構杯套(111)之多環環設逆向阻尼結構(200)之實施例展開示意圖。 Fig. 13 shows the multi-ring ring with two or more rings around the cup sleeve in a matrix-shaped multi-ring ring, which is bent inward from the inner side of the periphery, to form a multi-ring ring with a reverse damping structure for the cup sleeve (111) according to the present invention. Consider an exploded schematic diagram of an embodiment of the reverse damping structure (200).

圖14所示為圓筒形容器與圖13之邊框具逆向阻尼結構之片狀圈合式杯套(114)結合狀態之剖面示意圖。 Fig. 14 is a schematic cross-sectional view of the combined state of the cylindrical container and the sheet-shaped coiled cup sleeve (114) with the frame of Fig. 13 with a reverse damping structure.

圖15為圖9實施例之杯套周圍環設之由周圍內側向內彎折片(205)進一步具有內彎預力臂(211)之展開示意圖。 Fig. 15 is an expanded schematic diagram of the inwardly bent piece (205) around the cup sleeve of the embodiment of Fig. 9 further having an inwardly bent pretension arm (211).

圖16為圖15之立體結構部分剖視圖。 Fig. 16 is a partial cross-sectional view of the three-dimensional structure of Fig. 15.

圖17為圖15與杯身套合過程示意圖。 Figure 17 is a schematic diagram of Figure 15 and the cup body fitting process.

圖18為杯套周圍具有兩環或兩環以上呈多環交錯環設之由周圍內側向內彎折片(205)進一步具有內彎預力臂(211)之展開示意圖。 Fig. 18 is an expanded schematic diagram of a cup sleeve with two or more rings around it in a multi-ring staggered ring with a bent piece (205) from the inner side of the circumference and an inward bent pre-tension arm (211).

圖19為杯套周圍具有兩環或兩環以上呈矩陣型多環環設之由周圍內側向內彎折片(205)進一步具有內彎預力臂(211)之展開示意圖。 Fig. 19 is an expanded schematic view of the cup sleeve with two or more rings around the cup sleeve in a matrix-shaped multi-ring ring arranged from the inner side of the surrounding inward bending piece (205) and further having an inward bending pre-tension arm (211).

圖20為本發明之具逆向阻尼結構杯套(111)呈壓疊狀態例。 Fig. 20 is an example of the cup sleeve (111) with a reverse damping structure of the present invention in a compressed state.

圖21為本發明之具逆向阻尼結構杯套(111)為由杯套內部另行結合一環內側具內彎折片之個別圈狀結構(206)而呈圈合環狀逆向阻尼結構(200)之示意圖。 Figure 21 shows the cup sleeve (111) with a reverse damping structure of the present invention, which is a loop-shaped reverse damping structure (200) formed by combining the inside of the cup sleeve with a separate ring structure (206) with an inner bending piece on the inner side of the ring Schematic.

圖22為本發明之具逆向阻尼結構杯套(111)為由杯套內部另行結合具有具內彎折片之個別圈狀結構(206)之呈圈合環狀逆向阻尼結構 (200)，及至少一個具有具內彎折片之個別圈狀結構(207)之呈圈合環狀逆向阻尼結構(200)所構成之示意圖。 Figure 22 shows the cup sleeve (111) with a reverse damping structure of the present invention is a loop-shaped reverse damping structure in which the inside of the cup sleeve is separately combined with a separate ring structure (206) with an inner bending piece (200), and a schematic diagram of at least one individual ring structure (207) with an inner bending piece formed by a looped reverse damping structure (200).

圖23為本發明具逆向阻尼結構杯套(111)邊框之一側，結合夾設於邊框周圍之向內彎折片(208)所構成之逆向阻尼結構(200)剖面示意圖。 Figure 23 is a cross-sectional view of the reverse damping structure (200) formed by combining the inwardly bent sheets (208) sandwiched around the frame on one side of the frame of the cup sleeve (111) with the reverse damping structure of the present invention.

圖24為本發明具逆向阻尼結構杯套(111)邊框之兩側，結合夾設於邊框周圍之向內彎折片(208、209)所構成之逆向阻尼結構(200)剖面示意圖。 24 is a cross-sectional schematic view of the reverse damping structure (200) formed by combining the inwardly bent sheets (208, 209) sandwiched around the frame on both sides of the frame of the cup sleeve (111) with the reverse damping structure of the present invention.

圖25為本發明具逆向阻尼結構杯套(111)，及其一側所具有之一體式杯套之邊框向內彎折片(218)所構成之逆向阻尼結構(200)，為呈一體結構構成示意圖。 Figure 25 is a cup sleeve (111) with a reverse damping structure of the present invention, and a reverse damping structure (200) formed by the inwardly bent piece (218) of the one-piece cup sleeve on one side of the cup sleeve, which is a one-piece structure Schematic diagram of the composition.

圖26為本發明具逆向阻尼結構杯套(111)，及其兩側所具有之一體式杯套之邊框向內彎折片(218、219)所構成之逆向阻尼結構(200)，為呈一體結構構成剖面示意圖。 Figure 26 is a cup sleeve (111) with a reverse damping structure of the present invention, and the inverse damping structure (200) formed by the inwardly bent pieces (218, 219) of the one-piece cup sleeve on both sides of the cup sleeve. The integral structure constitutes a schematic cross-sectional view.

本發明為將杯套之邊框或杯身周圍內側兩者或其中之一，製成具有一環或一環以上呈環列狀往內彎入之逆向阻尼結構，以在上述杯套套入杯形或瓶形或罐形容器時，藉逆向阻尼結構以提昇抗脫落之抗滑阻尼，使杯套較不容易脫離杯形或瓶形或罐形容器，以及藉由逆向阻尼結構增加杯套與杯形或瓶形或罐形容器之間隙以提高隔熱效果者；上述之逆向阻尼結構包括將杯套邊框或杯身周圍內側兩者或其中之一，製成具有一環或一環以上呈環列狀由套入方向呈逆向下彎之皺折狀阻尼結構、或鋸齒型阻尼結構、或波浪型阻尼結構、或梯形型阻尼結構其中一種或一種以上混用所構成者。 The present invention is to make two or one of the frame of the cup sleeve or the inner side of the cup body into a reverse damping structure with one or more rings bent inward in a ring shape, so that the cup shape or bottle is inserted into the cup sleeve. In the case of a cup-shaped or tank-shaped container, the reverse damping structure is used to improve the anti-sliding damping against falling, so that the cup cover is less likely to be separated from the cup-shaped or bottle-shaped or tank-shaped container, and the reverse damping structure is used to increase the cup cover and the cup-shaped or Bottle-shaped or tank-shaped container gaps to improve the heat insulation effect; the above-mentioned reverse damping structure includes two or one of the cup sleeve frame or the inner side of the cup body, made into a ring or more than one ring in a ring shape. A corrugated damping structure with an inverted downward bending direction, or a zigzag damping structure, or a wave damping structure, or a trapezoidal damping structure.

本發明所指之容器(100)為呈圓形或近似圓形或多角形之筒狀容器，包括呈平行或非平行或錐形結構之杯形或瓶形或罐形容器，其中一側為封閉側(102)為與開口側呈平行之同尺寸，或另一側為開口側或可開啟之開口側，為與封閉側呈平行之同尺寸或外徑較小或為外徑較大之結構；為外徑較小或為外徑較大之結構，供裝填流體、或粉體、或顆粒狀物體、或膠體之杯形或瓶形或罐形容器者。 The container (100) referred to in the present invention is a cylindrical container with a circular or nearly circular or polygonal shape, including a cup-shaped, bottle-shaped or can-shaped container with a parallel or non-parallel or tapered structure, one side of which is The closed side (102) is the same size that is parallel to the open side, or the other side is the open side or the open side that can be opened, is the same size that is parallel to the closed side or has a smaller outer diameter or a larger outer diameter Structure: It is a structure with a smaller outer diameter or a larger outer diameter, which is used for cup-shaped, bottle-shaped or can-shaped containers filled with fluid, or powder, or granular objects, or colloids.

圖1所示為本發明由邊框向內彎折片(201)構成具逆向阻尼結構杯套(111)之逆向阻尼結構((200)展開示意圖；圖2所示為開口側向上之杯形容器與圖1之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖；如圖1及圖2中所示，其主要結構如下：具逆向阻尼結構杯套(111)：為由隔溫材料如：紙、塑膠、壓克力、PET所構成，而呈與杯形或瓶形或罐形之容器(100)幾何形狀及尺寸相容之平行筒狀結構，或具有上側口徑較大下側口徑較小之錐形筒狀結構，杯套之邊側或內部兩者或其中之一，製成具有一環或一環以上呈環列狀往內彎入之逆向阻尼結構(200)；上述之逆向阻尼結構(200)包括將杯套邊側或內部兩者或其中之一，製成具有一環或一環以上呈環列狀由套入方向呈逆向下彎之邊框向內彎折片(201)、或邊框向內皺折體(202)、或邊框向內彎折波齒片(203)、或邊框向內彎折梯型片(204)其中一種或一種以上混用所構成者；上述具逆向阻尼結構杯套(111)套入杯形或瓶形或罐形容器時，藉逆向阻尼結構(200)以提供抗脫落之抗滑阻尼，使杯套較不容易脫離杯形或瓶形或罐形容器，以及藉由逆向阻尼結構增加杯套與杯形或瓶形或罐形容器之間隙以提高隔熱效果者。 Figure 1 is a schematic diagram of the reverse damping structure ((200) of the cup sleeve (111) with a reverse damping structure formed by the inwardly bent pieces (201) of the frame of the present invention; Figure 2 shows the cup-shaped container with the opening side up The cross-sectional schematic diagram of the combined state of the cup sleeve (111) with the reverse damping structure of Figure 1; as shown in Figures 1 and 2, its main structure is as follows: The cup sleeve (111) with the reverse damping structure: It is made of temperature insulating materials such as : Composed of paper, plastic, acrylic, PET, and a parallel cylindrical structure compatible with the geometry and dimensions of the cup-shaped, bottle-shaped, or can-shaped container (100), or with a larger upper side diameter and a lower side diameter Smaller cone-shaped cylindrical structure, the side or the inside of the cup sleeve is made into a reverse damping structure (200) with one ring or more than one ring bending inward; the above reverse damping The structure (200) includes two or one of the side or the inside of the cup sleeve, which is made into a ring or more than one ring in a ring shape, and the frame is bent inwardly from the sleeve direction reversed downward (201), or Frame inwardly folded body (202), or frame inwardly bent corrugated sheet (203), or frame inwardly bent trapezoidal sheet (204) consisting of one or more of them; the above-mentioned reverse damping structure When the cup sleeve (111) is fitted into a cup, bottle, or tank container, the reverse damping structure (200) is used to provide anti-sliding damping against falling, so that the cup sleeve is less likely to be separated from the cup, bottle, or can container , And increase the gap between the cup sleeve and the cup-shaped or bottle-shaped or tank-shaped container by the reverse damping structure to improve the heat insulation effect.

上述具逆向阻尼結構杯套(111)為供套合於杯形或瓶形或罐形之容器(100)，如圖2所示為開口側向上之杯形容器與本發明具逆向阻尼結構杯套(111)結合狀態之剖面示意圖。 The above-mentioned cup sleeve (111) with a reverse damping structure is for a cup-shaped, bottle-shaped or can-shaped container (100). As shown in Figure 2, the cup-shaped container with the opening side upward and the cup with the reverse damping structure of the present invention The cross-sectional schematic diagram of the combined state of the sleeve (111).

茲就此項具逆向阻尼結構杯套(111)之各種逆向阻尼結構(200)之結構例舉例說明如下：圖3為本發明由邊框向內皺折體(202)構成具逆向阻尼結構杯套(111)之實施例之逆向阻尼結構((200)示意展開圖；圖4所示為開口側向上之杯形容器與圖2之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖；如圖3及圖4中所示，其主要結構為由與具逆向阻尼結構杯套(111)本身一體製成具逆向阻尼結構杯套(111)及向內部彎折構成一環或一環以上呈環列狀之邊框向內彎折片(201)；或為另選具摩擦力之材料構成向內彎折之邊框向內彎折片(201)，而由一環或一環以上呈環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)之邊側或內部兩者或其中之一，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者。 Here is an example of the structure of the various reverse damping structures (200) with the reverse damping structure cup sleeve (111) as follows: Figure 3 shows the cup sleeve with the reverse damping structure formed by the inwardly folded body (202) of the present invention. The schematic development view of the reverse damping structure ((200) of the embodiment of 111); Figure 4 shows the cross-sectional schematic view of the combined state of the cup-shaped container with the opening side up and the cup sleeve (111) with the reverse damping structure of Figure 2; As shown in Figures 3 and 4, the main structure is that the cup sleeve (111) with the reverse damping structure is made integrally with the cup sleeve (111) with the reverse damping structure itself, and the cup sleeve (111) with the reverse damping structure is bent inward to form a ring or more than one ring in a ring shape. The inwardly bent sheet (201) of the frame; or an inwardly bent frame made of an optional frictional material (201), which is bonded or nailed in a circular row by one or more rings The closed, or stitched, or snapped, or sleeved ring is set on the side or inside of the cup sleeve (111) with reverse damping structure or one of them to provide a cup-shaped, bottle-shaped, or tank-shaped container ( 100) Anti-sliding damping after fitting and providing insulation space.

圖5為本發明由邊框向內彎折波齒片(203)構成具逆向阻尼結構杯套(111)之實施例之逆向阻尼結構(200)展開示意圖；圖6所示為開口側向上之杯形容器與圖5之具逆向阻尼結構杯套(111)結合狀態之示意圖；如圖5及圖6中所示，其主要結構為由與具逆向阻尼結構杯套(111)本身一體製成具向內部彎折構成一環或一環以上呈環列狀之邊框向內皺折體(202)；或為另選具摩擦力之材料構成向內彎折之邊框向內皺折體(202)，而由一環或一環以上呈環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)之邊側或內部兩者或其中之一，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者。 Figure 5 is an expanded schematic view of the reverse damping structure (200) of the embodiment of the present invention in which the frame is bent inwardly by the wave tooth piece (203) to form a cup sleeve (111) with a reverse damping structure; Figure 6 shows the cup with the opening side up A schematic view of the combined state of the shaped container and the cup sleeve (111) with the reverse damping structure of Figure 5; as shown in Figures 5 and 6, its main structure is made of the cup sleeve (111) with the reverse damping structure itself. Bending inward to form a ring or more than one ring-shaped frame inwardly folded body (202); or alternatively a friction material to form an inwardly bent frame inwardly folded body (202), and One or more rings are bonded, stapled, stitched, snapped, or sleeved on the side or inside of the cup sleeve (111) with a reverse damping structure. Provide anti-sliding damping and provide insulation space after being fitted with a cup-shaped, bottle-shaped or tank-shaped container (100).

圖7為本發明由邊框向內彎折梯型片(204)構成具逆向阻尼結構杯套(111)之實施例之逆向阻尼結構(200)示意展開圖；圖8所示為開口側向上之杯形容器與圖7之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖；如圖7及圖8中所示，其主要結構為由與具逆向阻尼結構杯套(111)本身一體製成向內部彎折構成環列狀之由邊框向內彎折梯型片(204)；或為另選具摩擦力之材料構成向內彎折之邊框向內彎折梯型片(204)，而由一環呈環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)之邊側，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者。 Fig. 7 is a schematic development view of the reverse damping structure (200) of the embodiment of the present invention in which the trapezoidal sheet (204) is bent inwardly to form the cup sleeve (111) with the reverse damping structure; Fig. 8 is the opening side upward A cross-sectional schematic diagram of the combined state of the cup-shaped container and the cup sleeve (111) with a reverse damping structure of Figure 7; as shown in Figures 7 and 8, its main structure is composed of a system with the cup sleeve (111) with a reverse damping structure itself. The trapezoidal sheet (204) is bent inwardly by the frame bent inward to form a ring shape; or the trapezoidal sheet (204) is bent inwardly by the inwardly bent frame made of an optional friction material, And a ring is arranged on the side of the cup sleeve (111) with a reverse damping structure in a ring-shaped, or nailed, or stitched, or snapped, or sleeved shape to provide a cup-shaped, bottle-shaped or can-shaped The container (100) is fitted to provide anti-sliding damping and provide insulation space.

此項具逆向阻尼結構杯套(111)進一步為在杯套周圍內側設置周圍內側向內彎折片(205)構成具逆向阻尼結構杯套(111)之逆向阻尼結構(200)者；圖9為本發明由杯套周圍具有呈環設之由周圍內側向內彎折片(205)構成具逆向阻尼結構杯套(111)之實施例之逆向阻尼結構(200)展開示意圖；圖10所示為開口側向上之杯形容器與圖9之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖；如圖9及圖10中所示，其主要結構為由具逆向阻尼結構杯套(111)本身周圍一體製成呈一環環設之周圍內側向內彎折片(205)；或為另選具摩擦力之材料構成向內彎折之具內彎折片之個別圈狀結構(206)(參閱圖21)，而呈一環環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)內部周圍，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者；上述邊框向內彎折片(201)或具內彎折片之個別圈狀結構(206)之形狀含由波齒狀或梯形之彎折片所構成者；上述同環之各周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206)其形狀可為相同或不同者。 This cup sleeve (111) with a reverse damping structure is further provided with a peripheral inner bending piece (205) on the inner side of the cup sleeve to form a reverse damping structure (200) of the cup sleeve (111) with a reverse damping structure; Figure 9 It is the exploded schematic view of the reverse damping structure (200) of the embodiment of the present invention in which there is a ring around the cup sleeve and the inwardly bent pieces (205) form the reverse damping structure of the cup sleeve (111); as shown in Figure 10 It is a cross-sectional schematic diagram of the combined state of the cup-shaped container with the opening side up and the cup sleeve (111) with a reverse damping structure in Figure 9; as shown in Figures 9 and 10, the main structure is a cup sleeve with a reverse damping structure (111) ) It is integrally formed around itself to form a ring-shaped inner inwardly bent piece (205); or alternatively a frictional material is formed of an inwardly bent individual ring structure with an inwardly bent piece (206) (Refer to Figure 21), and in a ring-shaped array of bonding, or nailing, or stitching, or snapping, or sleeve ring arranged around the inside of the cup sleeve (111) with a reverse damping structure to provide a cup or bottle The anti-sliding damping and insulation space provided by the container (100) in the shape of a rectangular or pot shape; the shape of the above-mentioned frame inwardly bent sheet (201) or individual ring-shaped structure (206) with inner bent sheet includes It is composed of undulating or trapezoidal bent pieces; the inner-inward bent pieces (205) of the same ring or the individual ring-shaped structures (206) with inner bent pieces can be the same or different in shape By.

圖12所示為開口側向上之杯形容器與圖11之具逆向阻尼結構杯套(111)結合狀態之剖面示意圖；如圖11及圖12中所示，其主要結構為由具逆向阻尼結構杯套(111)本身周圍一體製成兩環或兩環以上呈多環環設之由周圍內側向內彎折片(205)；或為另選具摩擦力之材料構成向內彎折之具內彎折片之個別圈狀結構(206、207)(參閱圖22)，而由兩環或兩環以上呈多環交錯環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)內部周圍，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者；上述邊框向內彎折片(201)之形狀含由波齒狀或梯形之彎折片所構成者；上述同環或不同環之各周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)其形狀可為相同或不同者；上述不同環之周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)之數目可為相同或不同者。 Figure 12 shows a cross-sectional schematic view of the combined state of the cup-shaped container with the opening side up and the cup sleeve (111) with the reverse damping structure of Figure 11; as shown in Figures 11 and 12, the main structure is made of the reverse damping structure The cup sleeve (111) itself is integrally made of two rings or more than two rings are formed in a multi-ring ring, and the inner side of the surrounding inward bending piece (205); or an inward bending device made of an optional friction material The individual loop-like structures (206, 207) of the inner bending sheet (refer to Figure 22), and two or more rings are bonded, stapled, stitched, snapped, or sheathed in a multi-ring staggered array. The closing ring is arranged around the inside of the cup sleeve (111) with a reverse damping structure to provide anti-sliding damping after being fitted with a cup-shaped, bottle-shaped or tank-shaped container (100) and provide a thermal insulation space; the above-mentioned frame is inward The shape of the bent piece (201) includes those formed by wave-tooth or trapezoidal bent pieces; the inner-inward bent pieces (205) of the same ring or different rings or individual circles with inner bent pieces The shape of the structure (206, 207) can be the same or different; the number of the inner inwardly bent pieces (205) or the individual ring-shaped structures (206, 207) with inner bent pieces around the different rings can be Same or different.

圖14所示為圓筒形容器與圖13之邊框具逆向阻尼結構之片狀圈合式杯套(114)結合狀態之剖面示意圖；如圖13及圖14中所示，其主要結構為由具逆向阻尼結構杯套(111)本身周圍一體製成兩環或兩環以上呈矩陣型多環環設之由周圍內側向內彎折片(205)；或為另選具摩擦力之材料構成具內彎折片之個別圈狀結構(206、207)(參閱圖22)，而由兩環或兩環以上呈矩陣型多環環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)內部周圍，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者；上述周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)之形狀含由波齒狀或梯形之彎折片所構成者；上述同環或不同環之各周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)其形狀可為相同或不同者；上述不同環之周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)之數目可為相同或不同者。 Figure 14 is a cross-sectional schematic view of the combined state of the cylindrical container and the sheet-shaped ring-fit cup sleeve (114) with the frame of Figure 13 with a reverse damping structure; as shown in Figures 13 and 14, the main structure is made of The inverse damping structure cup sleeve (111) itself is made of two rings or more than two rings in a matrix type multi-ring ring, which is formed by the inner side of the surrounding inwardly bent piece (205); or it is made of an optional friction material. The individual loop-like structures (206, 207) of the inner bending sheet (see Figure 22), and two or more rings are bonded in a matrix-shaped multi-ring ring array, or nailed, or stitched, or snapped, or The sleeve ring is arranged around the inside of the cup sleeve (111) with a reverse damping structure to provide anti-sliding damping and provide insulation space after the cup-shaped or bottle-shaped or tank-shaped container (100) is sleeved; the inner side of the above-mentioned surrounding The shape of the inwardly bent piece (205) or the individual ring-shaped structure (206, 207) with the inwardly bent piece includes those formed by corrugated or trapezoidal bent pieces; the surroundings of the same ring or different rings The shape of the inner-inwardly bent piece (205) or the individual ring-shaped structures (206, 207) with the inner-folded piece may be the same or different; the inner-inwardly bent piece (205) around the above-mentioned different rings may have The number of the individual loop structures (206, 207) of the inner bent sheet can be the same or different.

此項具逆向阻尼結構之抗脫落隔熱杯套之逆向阻尼結構(200)，可進一步於周圍內側向內彎折片(205)與具逆向阻尼結構杯套(111)連結之根部中間，製成具有向外彎以推動逆向阻尼結構(200)向內彎之預力臂(211)，以對周圍內側向內彎折片(205)產生向內彎之預力，增進周圍內側向內彎折片(205)對杯形或瓶形或罐形容器(100)之逆向摩擦阻尼者；圖15為圖9實施例之杯套周圍環設之由周圍內側向內彎折片(205)進一步具有內彎預力臂(211)之展開示意圖；圖16為圖15之立體結構部分剖視圖；如圖15及圖16中所示，其主要結構為由具逆向阻尼結構杯套(111)本身周圍一體製成一環環設之由周圍內側向內彎折片(205)；或為另選具摩擦力之材料構成具內彎折片之個別圈狀結構(206)(參閱圖21)，而由一環環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)內部周圍，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者；上述周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206)之形狀含由波齒狀或梯形之彎折片所構成者；上述同環之各周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206)其形狀可為相同或不同者；圖17為圖15與杯身套合過程示意圖；圖18為杯套周圍具有兩環或兩環以上呈多環交錯環設之由周圍內側向內彎折片(205)進一步具有內彎預力臂(211)之展開示意圖；如圖18中所示，其主要結構為由具逆向阻尼結構杯套(111)本身周圍一體製成具有兩環或兩環以上呈多環環設之由周圍內側向內彎折片(205)；或為另選具摩擦力之材料構成向內彎折之具內彎折片之個別圈狀結構(206、207)(參閱圖22)，而由兩環或兩環以上呈多環環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)內部周圍，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者；上述周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)之形狀含由波齒狀或梯形之彎折片所構成者；上述同環之各周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)其形狀可為相同或不同者；上述不同環之周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)之數目可為相同或不同者。 The reverse damping structure (200) of the anti-dropping heat-insulating cup sleeve with a reverse damping structure can be further made in the middle of the surrounding inner side of the bent piece (205) and the root of the cup sleeve (111) connected with the reverse damping structure Preliminary arm (211) with outward bending to push inward bending of reverse damping structure (200) to generate inward bending pre-force to surrounding inner inward bending piece (205) to enhance surrounding inner inward bending Folding piece (205) is able to dampen the reverse friction of the cup-shaped or bottle-shaped or tank-shaped container (100); Fig. 15 is the surrounding of the cup sleeve of the embodiment of Fig. 9 and the folded piece (205) is further bent from the inner side to the inner side. An unfolded schematic diagram with an inwardly bent pretension arm (211); Figure 16 is a partial cross-sectional view of the three-dimensional structure of Figure 15; As shown in Figure 15 and Figure 16, the main structure is that the cup sleeve (111) with a reverse damping structure is integrally formed around itself and a ring is formed with a piece (205) that is bent inward from the inside of the surrounding; or an optional device The frictional material constitutes individual loop-like structures (206) with internally bent pieces (refer to Figure 21), and is formed by a ring-shaped array of bonding, or nailing, or stitching, or snapping, or sleeve loops set on the tool The inner circumference of the cup sleeve (111) of the reverse damping structure to provide anti-sliding damping and insulation space after being fitted with the cup-shaped or bottle-shaped or tank-shaped container (100); 205) or the shape of the individual ring-shaped structure (206) with internally bent pieces, including those formed by wave-tooth or trapezoidal bent pieces; the inner-inward bent pieces (205) of the above-mentioned same ring may have The individual ring structures (206) of the inner bending piece can be of the same shape or different shapes; Figure 17 is a schematic diagram of Figure 15 and the cup body fitting process; Figure 18 is the cup sleeve with two rings or more than two rings in multiple rings The staggered ring set inwardly bent from the inner side of the sheet (205) further has an inwardly bent pre-tension arm (211) expansion diagram; as shown in Figure 18, its main structure is a cup sleeve (111) with a reverse damping structure The surrounding itself is integrally made with two rings or more than two rings in a multi-ring ring, which is folded inwardly from the inner side of the periphery (205); or is an inwardly bent sheet made of an alternative friction material that is bent inward The individual loop-like structures (206, 207) (see Figure 22), and two or more rings are bonded, stapled, stitched, or snapped, or sleeved in a multi-ring array. The inner circumference of the cup sleeve (111) of the reverse damping structure to provide anti-sliding damping and insulation space after being fitted with the cup-shaped or bottle-shaped or tank-shaped container (100); 205) or the shape of individual ring-shaped structures (206, 207) with internally bent pieces including those formed by corrugated or trapezoidal bent pieces; the inner-inward bent pieces (205) of the above-mentioned same ring Or the individual ring-shaped structures (206, 207) with internally bent pieces can be the same or different in shape; the inner-side inwardly bent pieces (205) around the above-mentioned different rings or the individual ring-like structures with internally bent pieces The number of (206, 207) can be the same or different.

圖19為杯套周圍具有兩環或兩環以上呈矩陣型多環環設之由周圍內側向內彎折片(205)進一步具有內彎預力臂(211)之展開示意圖；如圖19中所示，其主要結構為由具逆向阻尼結構杯套(111)本身周圍一體製成呈多環環設之由周圍內側向內彎折片(205)；或為另選具摩擦力之材料構成向內彎折之具內彎折片之個別圈狀結構(206、207)(參閱圖22)，而由兩環或兩環以上呈矩陣式多環環列狀黏合、或釘合、或縫合、或卡合、或套合環設於具逆向阻尼結構杯套(111)內部周圍，以提供與杯形或瓶形或罐形之容器(100)套合後之抗滑阻尼及提供隔熱空間者；上述周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)之形狀含由波齒狀或梯形之彎折片所構成者；上述同環之各周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)其形狀可為相同或不同者；上述不同環之周圍內側向內彎折片(205)或具內彎折片之個別圈狀結構(206、207)之數目可為相同或不同者。 Figure 19 is an expanded schematic diagram of the cup sleeve with two or more rings around it in a matrix-shaped multi-ring ring, which is bent inward from the inner side of the periphery (205) and further has an inwardly bent pre-tension arm (211); as shown in Figure 19 As shown, the main structure is made of a cup sleeve (111) with a reverse damping structure, which is made of a multi-ring ring formed by the inner side of the surrounding inwardly bent piece (205); or it is made of an alternative material with frictional force. Individual ring-shaped structures (206, 207) with inwardly bent pieces that are bent inward (see Figure 22), and two or more rings are bonded, stapled, or stitched in a matrix-like multi-ring pattern , Or snap or sleeve ring is arranged around the inside of the cup sleeve (111) with a reverse damping structure to provide anti-sliding damping and provide heat insulation after the cup-shaped, bottle-shaped or tank-shaped container (100) is fitted Space; the shape of the above-mentioned surrounding inner inwardly bent sheet (205) or individual ring-shaped structure (206, 207) with inner bent sheet contains the shape of corrugated or trapezoidal bent sheet; the same ring as above The shape of each surrounding inner inwardly bent piece (205) or the individual ring-like structures (206, 207) with inwardly bent pieces may be the same or different; the inner inwardly bent piece (205) of the above-mentioned different rings ) Or the number of individual ring structures (206, 207) with internally bent pieces can be the same or different.

圖20為本發明之具逆向阻尼結構杯套(111)呈壓疊狀態例；如圖20中所示，供構成具逆向阻尼結構杯套(111)之兩側藉黏合或釘合或卡合後具逆向阻尼結構杯套(111)為呈圈狀，並接受加壓彎形為加壓成壓置狀態，以利疊置，而於使用時供撐開成圈狀者。 Figure 20 is an example of the cup sleeve (111) with a reverse damping structure of the present invention in a compressed state; as shown in Figure 20, the two sides of the cup sleeve (111) with a reverse damping structure are formed by bonding or nailing or snapping The rear cup sleeve (111) with a reverse damping structure is in a ring shape, and is bent into a pressurized state by receiving pressure to facilitate stacking, and is provided for expansion into a ring shape when in use.

圖21為本發明之具逆向阻尼結構杯套(111)為由杯套內部另行結合一環內側具內彎折片之個別圈狀結構(206)而呈圈合環狀逆向阻尼結構(200)之示意圖；如圖21中所示，其構成方式為由杯套內部，供結合一個具有具內彎折片之個別圈狀結構(206)，其構成方式為由杯套內部另行結合具有具內彎折片之個別圈狀結構(206)，供卡合、或黏合、或釘合於具逆向阻尼結構杯套(111)之杯套內部者。 Figure 21 shows the cup sleeve (111) with a reverse damping structure of the present invention, which is a loop-shaped reverse damping structure (200) formed by combining the inside of the cup sleeve with a separate ring structure (206) with an inner bending piece on the inner side of the ring Schematic diagram; as shown in Figure 21, its structure is from the inside of the cup sleeve, for the combination of an individual ring structure (206) with an inwardly bent piece, and its structure is that the inside of the cup sleeve is separately combined with an inwardly bent piece The individual ring-shaped structure (206) of the flap is used for snapping, bonding, or nailing to the inside of the cup sleeve (111) with the reverse damping structure.

圖22為本發明之具逆向阻尼結構杯套(111)為由杯套內部另行結合具有具內彎折片之個別圈狀結構(206)之呈圈合環狀逆向阻尼結構(200)，及至少一個具有具內彎折片之個別圈狀結構(207)之呈圈合環狀逆向阻尼結構(200)所構成之示意圖；如圖22中所示，其構成方式為由杯套內部另行結合具有具內彎折片之個別圈狀結構(206)，及至少一個具有具內彎折片之個別圈狀結構(207)，供呈間隔距離卡合、或黏合、或釘合於具逆向阻尼結構杯套(111)之杯套內部者。 Figure 22 shows the cup sleeve with reverse damping structure (111) of the present invention is a looped ring-shaped reverse damping structure (200) in which the inside of the cup sleeve is separately combined with individual ring structures (206) with internally bent pieces, and A schematic diagram of at least one individual ring-shaped structure (207) with an internally bent piece formed by a loop-shaped reverse damping structure (200); as shown in Figure 22, the structure is separately combined with the inside of the cup sleeve Individual ring-shaped structures (206) with internally bent pieces, and at least one individual ring-shaped structure (207) with internally bent pieces, for clamping, bonding, or nailing at intervals with reverse damping The inside of the structural cup sleeve (111).

圖23為本發明具逆向阻尼結構杯套(111)邊框之一側，結合夾設於邊框周圍之向內彎折片(208)所構成之逆向阻尼結構(200)剖面示意圖；如圖23中所示，其主要構成如下：呈∩形斷面供夾設於邊框周圍之向內彎折片(208)，供設置於具逆向阻尼結構杯套(111)一側之邊框，其外圍藉卡合、或黏合、或釘合於具逆向阻尼結構杯套(111)之邊框，其內圍具有夾設於邊框周圍之向內彎折片(208)，供構成逆向阻尼結構(200)以產生逆向阻尼者。 Figure 23 is a cross-sectional schematic diagram of the reverse damping structure (200) formed by the side of the frame of the cup sleeve (111) with the reverse damping structure of the present invention combined with the inwardly bent sheets (208) sandwiched around the frame; as shown in Figure 23 As shown, its main composition is as follows: a ∩-shaped cross-section for the inwardly bent piece (208) to be clamped around the frame, for the frame on the side of the cup sleeve (111) with a reverse damping structure, and the peripheral debit card Bonded, glued, or nailed to the frame of the cup sleeve (111) with a reverse damping structure, the inner circumference of which has an inwardly bent sheet (208) sandwiched around the frame to form a reverse damping structure (200) to produce Reverse dampers.

圖24為本發明具逆向阻尼結構杯套(111)邊框之兩側，結合夾設於邊框周圍之向內彎折片(208、209)所構成之逆向阻尼結構(200)剖面示意圖；如圖24中所示，其主要構成如下：呈∩形斷面供夾設於邊框周圍之向內彎折片(208)，供設置於具逆向阻尼結構杯套(111)一側之邊框，其外圍藉卡合、或黏合、或釘合於具逆向阻尼結構杯套(111)之邊框，其內圍具有周圍內側向內彎折片(205)，供產生逆向阻尼者；另一側之呈∩形斷面之夾設於邊框周圍之向內彎折片(209)，供設置於具逆向阻尼結構杯套(111)另一側之邊框，其外圍藉卡合、或黏合、或釘合於具逆向阻尼結構杯套(111)之邊框，其內圍所具有之夾設於邊框周圍之向內彎折片(209)，為向內先呈內彎再外彎之往復彎折，以使兩側之夾設於邊框周圍之向內彎折片(208、209)構成逆向阻尼結構(200)，而所形成之逆向阻尼方向為一致者。 24 is a cross-sectional schematic diagram of the reverse damping structure (200) formed by combining the inwardly bent sheets (208, 209) clamped around the frame on both sides of the frame of the cup sleeve (111) with the reverse damping structure of the present invention; As shown in Figure 24, its main composition is as follows: a ∩-shaped cross-section for the inwardly bent piece (208) to be clamped around the frame, for the frame on the side of the cup sleeve (111) with a reverse damping structure, and its periphery It is snapped, glued, or nailed to the frame of the cup sleeve (111) with a reverse damping structure, and its inner circumference has a surrounding inner side bent sheet (205) for reverse damping; the other side is ∩ The inwardly bent piece (209) of the shaped cross-section is clamped around the frame for the frame on the other side of the cup sleeve (111) with reverse damping structure. The periphery of the frame is clamped, glued, or nailed to For the frame of the cup sleeve (111) with reverse damping structure, the inward-bending piece (209) sandwiched around the frame in the inner circumference is reciprocating bending inward first and then outward to make The inwardly bent pieces (208, 209) sandwiched around the frame on both sides constitute a reverse damping structure (200), and the formed reverse damping direction is the same.

圖25為本發明具逆向阻尼結構杯套(111)，及其一側所具有之一體式杯套之邊框向內彎折片(218)所構成之逆向阻尼結構(200)，為呈一體結構構成示意圖；如圖25中所示，其主要構成為具逆向阻尼結構杯套(111)，及其一側所具有之一體式杯套之邊框向內彎折片(218)所構成之逆向阻尼結構(200)，為呈一體結構構成者。 Figure 25 is a cup sleeve (111) with a reverse damping structure of the present invention, and a reverse damping structure (200) formed by the inwardly bent piece (218) of the one-piece cup sleeve on one side of the cup sleeve, which is a one-piece structure Schematic diagram of the composition; as shown in Figure 25, it is mainly composed of a cup sleeve (111) with a reverse damping structure, and a reverse damping formed by the inwardly bent piece (218) of the one-piece cup sleeve on one side The structure (200) is a one-piece structure.

圖26為本發明具逆向阻尼結構杯套(111)，及其兩側所具有之一體式杯套之邊框向內彎折片(218、219)所構成之逆向阻尼結構(200)，為呈一體結構構成剖面示意圖；如圖26中所示，其主要構成為供構成具逆向阻尼結構杯套(111)，及其兩邊側所具有之一體式杯套之邊框向內彎折片(218、219)所構成之逆向阻尼結構(200)，為由相同材料一體構成者；其中一側之一體式杯套之邊框向內彎折片(218)為由邊側向內彎折成一具彈性斜角；另一側之一體式杯套之邊框向內彎折片(219)為向內先呈內彎再外彎之往復彎折，以使兩側之一體式杯套之邊框向內彎折片(218、219)所構成之逆向阻尼結構(200)，形成之逆向阻尼方向為一致者。 Figure 26 is a cup sleeve (111) with a reverse damping structure of the present invention, and the inverse damping structure (200) formed by the inwardly bent pieces (218, 219) of the one-piece cup sleeve on both sides of the cup sleeve. A cross-sectional schematic diagram of the integrated structure; as shown in Figure 26, it is mainly composed for forming a cup sleeve (111) with a reverse damping structure, and the inwardly bent pieces (218, 218, 219) The reverse damping structure (200) is composed of the same material as one piece; the inwardly bent piece (218) of the one-piece cup sleeve on one side is bent inward from the side to form an elastic oblique Corner; the inward-bending piece (219) of the frame of the one-piece cup sleeve on the other side is a reciprocating bend that first bends inward and then bends outward, so that the frame of the one-piece cup sleeve on both sides bends inward The reverse damping structure (200) formed by the plates (218, 219) has the same reverse damping direction.

上述各種逆向阻尼結構(200)之結構例，為用於說明具有可順向套入杯形或瓶形或罐形之容器(100)，以及於套入後具增進逆向摩擦阻尼效果之部分結構幾何形狀，並非用以限制，引用本案發明原理之相同功能之幾何形狀結構可類推。 The structural examples of the above-mentioned various reverse damping structures (200) are used to illustrate a container (100) that can be nested in a cup, bottle, or can shape, and a part of the structure that can improve the reverse friction damping effect after being nested The geometric shape is not intended to limit, and the geometric shape structure with the same function using the principle of the invention of the present case can be deduced by analogy.

100‧‧‧容器 100‧‧‧Container

200‧‧‧逆向阻尼結構 200‧‧‧Reverse damping structure

Claims

一種具逆向阻尼結構的抗脫落隔熱杯套，包含：第一及第二逆向阻尼結構(200)設置於具逆向阻尼結構杯套(111)周圍內側，此隔熱杯套由第一及第二逆向阻尼結構(200)穩固於容器(100)，其中第一及第二逆向阻尼結構(200)於具逆向阻尼結構杯套(111)周圍內側作環狀延伸，供與容器(100)周圍外迫合，以防止具逆向阻尼結構杯套(111)從容器(100)脫落，並使杯套與容器維持一預設空隙以提高杯套的隔熱效果，其中第一逆向阻尼結構(200)包括多個第一邊框向內彎折片為從具逆向阻尼結構杯套(111)上緣向下及向內延伸，以及其中第二逆向阻尼結構(200)包括多個第二邊框向內彎折片，每個都具有一向上彎折段為從具逆向阻尼結構杯套(111)下緣向上彎折延伸再向下彎折及向內延伸供與容器(100)周圍外側迫合。 An anti-dropping heat insulation cup sleeve with a reverse damping structure, comprising: first and second reverse damping structures (200) arranged on the inner side around the cup sleeve (111) with the reverse damping structure; The two reverse damping structures (200) are firmly fixed to the container (100), wherein the first and second reverse damping structures (200) extend in a ring shape around the inner side of the cup sleeve (111) with the reverse damping structure, and are provided around the container (100) Externally press to prevent the cup sleeve (111) with a reverse damping structure from falling off the container (100), and to maintain a predetermined gap between the cup sleeve and the container to improve the heat insulation effect of the cup sleeve, wherein the first reverse damping structure (200 ) Includes a plurality of first frame inwardly bent pieces extending downward and inward from the upper edge of the cup sleeve (111) with a reverse damping structure, and wherein the second reverse damping structure (200) includes a plurality of second frames inward Each of the bending pieces has an upward bending section which is bent upward from the lower edge of the cup sleeve (111) with a reverse damping structure, then bends downward and extends inward so as to be pressed against the outside of the container (100).

如申請專利範圍第1項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中：第一逆向阻尼結構(200)的第一邊框向內彎折片為包含於固定在具逆向阻尼結構杯套(111)上緣的夾設於邊框周圍的向內彎折片(208)，且被彎折呈向下及向內延伸的斷面。 As described in item 1 of the scope of patent application, the anti-dropping heat-insulating cup sleeve with a reverse damping structure, wherein: the first frame of the first reverse damping structure (200) has an inwardly bent piece that is contained and fixed on the reverse damping structure An inwardly bent piece (208) on the upper edge of the cup sleeve (111) is clamped around the frame, and is bent to form a section extending downward and inward.

如申請專利範圍第2項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中夾設於邊框周圍的向內彎折片(208)由具有高摩擦力的材料所製成，及由粘合、釘合、縫合、或卡合的至少其中之一附於具逆向阻尼結構杯套(111)。 The anti-dropping heat-insulating cup sleeve with reverse damping structure as described in item 2 of the scope of patent application, wherein the inwardly bent piece (208) sandwiched around the frame is made of a material with high friction, and is made of At least one of bonding, nailing, stitching, or snapping is attached to the cup sleeve (111) with a reverse damping structure.

如申請專利範圍第1項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中：第二逆向阻尼結構(200)的第二邊框向內彎折片為包含於固定在具逆向阻尼結構杯套(111)下緣的夾設於邊框周圍的向內彎折片(209)，且被向上彎折再向下彎折的斷面及向內延伸的斷面。 As described in item 1 of the scope of patent application, the anti-dropping heat-insulating cup sleeve with a reverse damping structure, wherein: the second frame of the second reverse damping structure (200) has an inwardly bent piece included in the The bottom edge of the cup sleeve (111) with a reverse damping structure is a section (209) that is bent inwardly and is bent upward and then downward, and a section that extends inward, which is clamped around the frame.

如申請專利範圍第4項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中夾設於邊框周圍的向內彎折片(209)由具有高摩擦力的材料所製成，及由粘合、釘合、縫合、或卡合的至少其中之一附於具逆向阻尼結構杯套(111)。 As described in item 4 of the scope of the patent application, the anti-dropping heat-insulating cup sleeve with a reverse damping structure, wherein the inwardly bent piece (209) sandwiched around the frame is made of a material with high friction, and is made of At least one of bonding, nailing, stitching, or snapping is attached to the cup sleeve (111) with a reverse damping structure.

如申請專利範圍第1項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中：第一逆向阻尼結構(200)的第一邊框向內彎折片為包含於固定在具逆向阻尼結構杯套(111)上緣的夾設於邊框周圍的向內彎折片(208)，且被向下彎折之斷面，以及第二逆向阻尼結構(200)的第二邊框向內彎折片為包含於固定在具逆向阻尼結構杯套(111)下緣的夾設於邊框周圍的向內彎折片(209)，且被向上彎折再向下彎折之斷面。 As described in item 1 of the scope of patent application, the anti-dropping heat-insulating cup sleeve with a reverse damping structure, wherein: the first frame of the first reverse damping structure (200) has an inwardly bent piece that is contained and fixed on the reverse damping structure The inwardly bent piece (208) on the upper edge of the cup sleeve (111) is sandwiched around the frame and is bent downward, and the second frame of the second inverse damping structure (200) is bent inwardly The sheet is a cross section that is included in the inwardly bent sheet (209) clamped around the frame and fixed on the lower edge of the cup sleeve (111) with a reverse damping structure, and is bent upwards and then downwards.

如申請專利範圍第6項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中夾設於邊框周圍的向內彎折片(208)及夾設於邊框周圍的向內彎折片(209)的至少其中之一由具有高摩擦力的材料所製成，及由粘合、釘合、縫合、或卡合的至少其中之一附於具逆向阻尼結構杯套(111)。 As described in item 6 of the scope of patent application, the anti-dropping heat-insulating cup cover with reverse damping structure, wherein the inwardly bent piece (208) is clamped around the frame and the inwardly bent piece (208) is clamped around the frame At least one of 209) is made of a material with high friction, and is attached to the cup sleeve (111) with a reverse damping structure by at least one of bonding, nailing, stitching, or snapping.

如申請專利範圍第1項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中具逆向阻尼結構杯套(111)第一邊緣呈波浪形而構成邊框向內彎折波齒片(203)。 As described in item 1 of the scope of patent application, the anti-dropping heat-insulating cup sleeve with reverse damping structure, wherein the first edge of the cup sleeve (111) with the reverse damping structure is wavy to form a frame inwardly bent wave tooth plate (203) ).

如申請專利範圍第1項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中具逆向阻尼結構杯套(111)為選用由紙、塑膠、壓克力、及PET所構成的至少其中一種隔溫材料所製成。 As described in item 1 of the scope of patent application, the anti-dropping heat insulation cup sleeve with reverse damping structure, wherein the cup sleeve with reverse damping structure (111) is selected from at least one of paper, plastic, acrylic, and PET Made of a temperature insulating material.

如申請專利範圍第1項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中具逆向阻尼結構杯套(111)為形成筒狀及錐形筒狀其中之一。 Such as the anti-dropping heat insulation cup sleeve with reverse damping structure as described in item 1 of the scope of patent application, The cup sleeve (111) with a reverse damping structure is formed into one of a cylindrical shape and a conical cylindrical shape.

如申請專利範圍第1項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中具逆向阻尼結構杯套(111)為形成一錐形筒狀，且錐形筒狀第一端具有比第二端較小的直徑，而形成杯套的底端。 The anti-dropping heat-insulating cup sleeve with reverse damping structure as described in item 1 of the scope of patent application, wherein the cup sleeve with reverse damping structure (111) is formed into a cone-shaped cylindrical shape, and the first end of the cone-shaped cylindrical shape has a ratio The second end has a smaller diameter and forms the bottom end of the cup sleeve.

如申請專利範圍第1項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中容器(100)為杯形、瓶形、及罐形其中之一。 As described in the first item of the scope of patent application, the anti-dropping and heat-insulating cup sleeve with a reverse damping structure, wherein the container (100) is one of a cup shape, a bottle shape, and a pot shape.

一種具逆向阻尼結構的抗脫落隔熱杯套，包含：第一邊框向內彎折片為由具逆向阻尼結構杯套(111)第一邊緣裁切出的個別的一體式杯套的邊框向內彎折片(218)所構成，其末端與容器(100)周圍外側結合，以及第二邊框向內彎折片為由具逆向阻尼結構杯套(111)第二邊緣裁切出的個別的一體式杯套的邊框向內彎折片(219)所構成，並具有一朝上再朝下及向內延伸的的斷面。 An anti-dropping and heat-insulating cup sleeve with a reverse damping structure, comprising: the first frame inwardly bent piece is the frame direction of the individual integrated cup sleeve cut out from the first edge of the cup sleeve (111) with the reverse damping structure The inner bending piece (218) is composed of the end and the outer side around the container (100), and the second frame inward bending piece is an individual cut out from the second edge of the cup sleeve (111) with a reverse damping structure The frame of the one-piece cup sleeve is formed by inwardly bent sheets (219), and has a section extending upward, downward, and inward.

如申請專利範圍第13項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中具逆向阻尼結構杯套(111)第一邊緣呈波浪形而構成上述一體式杯套的邊框向內彎折片(218)。 As described in item 13 of the scope of patent application, the anti-dropping heat-insulating cup sleeve with reverse damping structure, wherein the first edge of the cup sleeve with reverse damping structure (111) is wavy, and the frame of the above-mentioned integrated cup sleeve is bent inwardly Folding piece (218).

如申請專利範圍第13項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中具逆向阻尼結構杯套(111)為選用由紙、塑膠、壓克力、及PET所構成的至少其中一種隔溫材料所製成。 As described in item 13 of the scope of patent application, the anti-dropping and heat-insulating cup sleeve with reverse damping structure, wherein the cup sleeve with reverse damping structure (111) is selected from at least one of paper, plastic, acrylic, and PET Made of a temperature insulating material.

如申請專利範圍第13項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中具逆向阻尼結構杯套(111)為形成筒狀及錐形筒狀其中之一。 As described in item 13 of the scope of patent application, the anti-dropping heat-insulating cup sleeve with reverse damping structure, wherein the cup sleeve with reverse damping structure (111) is formed in one of a cylindrical shape and a tapered cylindrical shape.

如申請專利範圍第13項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中具逆向阻尼結構杯套(111)為形成一錐形筒狀，且錐形筒狀第一端具有比第二端較小的直徑，而形成杯套的底端。 As described in item 13 of the scope of patent application, the anti-dropping heat-insulating cup sleeve with reverse damping structure, wherein the cup sleeve with reverse damping structure (111) forms a cone-shaped cylindrical shape, and the first end of the cone-shaped cylindrical shape has a ratio The second end has a smaller diameter and forms the bottom end of the cup sleeve.

如申請專利範圍第13項所述之具逆向阻尼結構之抗脫落隔熱杯套，其中容器(100)為杯形、瓶形、及罐形其中之一。 As described in item 13 of the scope of patent application, the anti-dropping and heat-insulating cup sleeve with a reverse damping structure, wherein the container (100) is one of a cup shape, a bottle shape, and a pot shape.