TWI758812B

TWI758812B - Integral vamp activated cooling last

Info

Publication number: TWI758812B
Application number: TW109126643A
Authority: TW
Inventors: 盧順從
Original assignee: 主典興業股份有限公司
Priority date: 2020-08-06
Filing date: 2020-08-06
Publication date: 2022-03-21
Also published as: TW202205987A

Abstract

本發明提供一種整體鞋面活化致冷楦頭，其係用以活化或致冷由一鞋面及一鞋中底結合成的一鞋子半成品，並設有一本體、至少一進氣口及至少一噴氣口；該鞋子半成品套設於該本體；該至少一進氣口形成於該本體的外表面；該至少一噴氣口形成於該本體的外表面，並與該至少一進氣口間隔設置，且與該至少一進氣口相連通，該鞋子半成品覆蓋該至少一噴氣口；其中，氣體經由該至少一進氣口被注入該本體中，再由該至少一噴氣口流出該本體，而噴射於該鞋子半成品；藉以提供一種可提高製程效率及降低製程成本的整體鞋面活化致冷楦頭。The present invention provides an integral vamp activation and cooling last, which is used for activating or cooling a semi-finished shoe which is composed of a vamp and a midsole, and is provided with a body, at least one air inlet and at least one air inlet; the shoe semi-finished product is sleeved on the main body; the at least one air inlet is formed on the outer surface of the main body; the at least one air inlet is formed on the outer surface of the main body and is spaced from the at least one air inlet, and communicated with the at least one air inlet, the semi-finished shoe covers the at least one air inlet; wherein, the gas is injected into the body through the at least one air inlet, and then flows out of the body through the at least one air inlet, and is sprayed In the shoe semi-finished product, there is provided an integral vamp activation cooling last which can improve the process efficiency and reduce the process cost.

Description

Integral vamp activated cooling last

本發明係涉及一種製鞋用具，尤指一種可提高製程效率及降低製程成本的整體鞋面活化致冷楦頭。The present invention relates to a shoe-making appliance, in particular to an integral vamp activation cooling last which can improve process efficiency and reduce process cost.

欲對一鞋面進行加工，首先要將該鞋面放置於現有加熱活化機，使該鞋面被加熱活化，待該鞋面活化完畢並冷卻後，取下該鞋面，再將該鞋面放置於現有冷卻定型機，使該鞋面被冷卻定型。現有鞋面的加工方式讓使用者要將該鞋面放置於現有加熱活化機及現有冷卻定型機等兩個機台，導致生產效率低落，再者，現有加熱活化機及現有冷卻定型機均為昂貴的機台，使現有鞋面的加工方式成本過高，因此，現有鞋面的加工方式及機構誠有其需加以改進之處。To process a vamp, first place the vamp in the existing heating activation machine, so that the vamp is heated and activated, after the vamp is activated and cooled, remove the vamp, and then the vamp It is placed in the existing cooling and shaping machine, so that the upper is cooled and shaped. The processing method of the existing shoe upper requires the user to place the shoe upper in two machines, namely the existing heating activation machine and the existing cooling setting machine, resulting in low production efficiency. Furthermore, the existing heating activation machine and the existing cooling setting machine are both The expensive machine makes the processing method of the existing shoe upper cost too high. Therefore, the processing method and mechanism of the existing shoe upper have its own needs to be improved.

為解決現有鞋面的加工方式及機構導致生產效率低落，且成本過高，本發明的主要目的在於提供一種可解決目前技術問題的整體鞋面活化致冷楦頭，其係用以活化或致冷由一鞋面及一鞋中底結合成的一鞋子半成品，該整體鞋面活化致冷楦頭設有：一本體，該鞋子半成品套設於該本體；至少一進氣口，該至少一進氣口形成於該本體的外表面；以及至少一噴氣口，該至少一噴氣口形成於該本體的外表面，並與該至少一進氣口間隔設置，且與該至少一進氣口相連通，該鞋子半成品覆蓋該至少一噴氣口；其中，氣體經由該至少一進氣口被注入該本體中，再由該至少一噴氣口流出該本體，而噴射於該鞋子半成品。 In order to solve the problem of low production efficiency and high cost caused by the existing processing methods and mechanisms of shoe uppers, the main purpose of the present invention is to provide an integral shoe upper activation refrigeration last that can solve the current technical problems, which is used for activating or cooling. A semi-finished shoe which is composed of a vamp and a midsole, the whole vamp activates a cooling last and is provided with: a body, on which the semi-finished shoe is sleeved; at least one air inlet, the at least one air inlet is formed on the outer surface of the body; and at least one air inlet, the at least one air inlet is formed on the outer surface of the body, and is spaced from the at least one air inlet and communicated with the at least one air inlet, and the shoe semi-finished product covers the at least one air inlet; Wherein, the gas is injected into the body through the at least one air inlet, and then flows out of the body through the at least one air inlet, and is sprayed on the semi-finished shoe.

進一步，如前所述之整體鞋面活化致冷楦頭，其中該整體鞋面活化致冷楦頭設有一氣體流道，該氣體流道形成於該本體中，並連通該至少一進氣口及該至少一噴氣口，該氣體流道具有一主流通段及至少一噴氣段，該主流通段與該至少一進氣口相連通，該至少一噴氣段的一端與該主流通段相連通，另一端與該至少一噴氣口相連通。Further, the above-mentioned integral vamp activated refrigeration last, wherein the integral vamp activated refrigeration last is provided with a gas flow channel, and the gas flow channel is formed in the body and communicates with the at least one air inlet and the at least one jet port, the gas flow channel has a main flow section and at least one jet section, the main flow section is communicated with the at least one air inlet, and one end of the at least one jet section is communicated with the main flow section, The other end is communicated with the at least one air outlet.

再進一步，如前所述之整體鞋面活化致冷楦頭，其中該至少一噴氣段的內徑小於該主流通段的內徑。Still further, in the above-mentioned integral vamp activation cooling last, the inner diameter of the at least one air jet section is smaller than the inner diameter of the main flow section.

更進一步，如前所述之整體鞋面活化致冷楦頭，其中該整體鞋面活化致冷楦頭設有複數個所述噴氣口，該複數個噴氣口間隔形成於該本體的外表面；該氣體流道設有複數個噴氣段，各噴氣段遠離該主流通段的一端與其中一噴氣口相連通；其中氣體經由該複數個噴氣口流出該本體，而以發散的方式噴射於該鞋子半成品。Further, the above-mentioned integral vamp activated refrigeration last, wherein the integral vamp activated refrigeration last is provided with a plurality of the air jets, and the plurality of air jets are formed on the outer surface of the body at intervals; The gas flow channel is provided with a plurality of jet sections, and one end of each jet section away from the main flow section is communicated with one of the jet ports; wherein the gas flows out of the body through the plurality of jet ports, and is sprayed on the shoes in a divergent manner semi-finished products.

較佳的是，如前所述之整體鞋面活化致冷楦頭，其中該整體鞋面活化致冷楦頭設有一吹氣口，該吹氣口形成於該本體的外表面，並與該氣體流道的該主流通段相連通，且與該至少一進氣口及該至少一噴氣口間隔設置；其中氣體經由該吹氣口流入該主流通段中，再經由該至少一噴氣段及該至少一噴氣口流出該本體，而噴射於該鞋子半成品，使該鞋子半成品與該本體相分離。Preferably, in the above-mentioned integral vamp activation cooling last, wherein the integral vamp activation cooling last is provided with an air blowing port, the air blowing port is formed on the outer surface of the main body, and flows with the gas. The main flow section of the channel communicates with the at least one air inlet and the at least one air outlet; wherein the gas flows into the main flow section through the air inlet, and then passes through the at least one air injection section and the at least one air inlet. The air outlet flows out of the main body, and is sprayed on the semi-finished shoe, so that the semi-finished shoe is separated from the main body.

更佳的是，如前所述之整體鞋面活化致冷楦頭，其中該整體鞋面活化致冷楦頭設有一吹氣口，該吹氣口形成於該本體的外表面，並與該氣體流道的該主流通段相連通，且與該至少一進氣口及該複數個噴氣口間隔設置；其中氣體經由該吹氣口流入該主流通段中，再經由與各噴氣段對應的噴氣口流出該本體，而噴射於該鞋子半成品，使該鞋子半成品與該本體相分離。More preferably, in the above-mentioned integral vamp activation cooling last, wherein the integral vamp activation cooling last is provided with an air blowing port, the air blowing port is formed on the outer surface of the main body, and flows with the gas. The main flow section of the channel communicates with the at least one air inlet and the plurality of air inlets at intervals; wherein the gas flows into the main flow section through the air inlet, and then flows out through the air inlet corresponding to each air injection section The main body is sprayed on the semi-finished shoes, so that the semi-finished shoes and the main body are separated.

更佳的是，如前所述之整體鞋面活化致冷楦頭，其中該本體的外表面設有一底面、一側表面及一頂面；該至少一進氣口設於該底面；該複數個噴氣口間隔設於該側表面。More preferably, the above-mentioned integral vamp activation cooling last, wherein the outer surface of the body is provided with a bottom surface, a side surface and a top surface; the at least one air inlet is provided on the bottom surface; the plurality of A plurality of air jets are arranged on the side surface at intervals.

更佳的是，如前所述之整體鞋面活化致冷楦頭，其中該本體的外表面設有一底面、一側表面及一頂面；該至少一進氣口設於該底面；該複數個噴氣口間隔設於該側表面；該吹氣口設於該頂面。More preferably, the above-mentioned integral vamp activation cooling last, wherein the outer surface of the body is provided with a bottom surface, a side surface and a top surface; the at least one air inlet is provided on the bottom surface; the plurality of A plurality of air outlets are arranged on the side surface at intervals; the air outlet is arranged on the top surface.

更佳的是，如前所述之整體鞋面活化致冷楦頭，其中該整體鞋面活化致冷楦頭設有兩所述進氣口，其中一進氣口鄰近該本體的頭部，另一進氣口鄰近該本體的尾部。More preferably, the above-mentioned integral vamp activated refrigeration last, wherein the integral vamp activated refrigeration last is provided with two air inlets, one of which is adjacent to the head of the main body, Another air inlet is adjacent to the rear of the body.

藉由上述的技術手段，本發明所獲得的功效增有： 1. 本發明整體鞋面活化致冷楦頭在該本體上設有該至少一進氣口、該至少一噴氣口及該氣體流道，且該氣體流道連通該至少一進氣口及該至少一噴氣口，使氣體依序經由該至少一進氣口、該氣體流道及該至少一噴氣口，而噴射於該鞋子半成品。因此，只要透過調整空氣的溫度，即可使用本發明整體鞋面活化致冷楦頭對該鞋子半成品的該鞋面進行加熱活化作業或是致冷定型作業，相對現有鞋面的加工方式，要先將該鞋面放置於現有加熱活化機進行加熱活化作業後，再將活化完畢的該鞋面放置於現有冷卻定型機進行冷卻定型作業，本發明在加工過程中不必移動該鞋面，因此可提高製成效率。 2. 本發明整體鞋面活化致冷楦頭結構簡單，相對現有加熱活化機及現有冷卻定型機的造價低，因此能降低製程成本。 By above-mentioned technical means, the effect that the present invention obtains increases: 1. The overall vamp activation refrigeration last of the present invention is provided with the at least one air inlet, the at least one air outlet and the gas flow channel on the body, and the gas flow channel is connected to the at least one air inlet and the gas flow channel. The at least one air inlet allows gas to be sprayed on the semi-finished shoe through the at least one air inlet, the gas flow channel and the at least one air outlet in sequence. Therefore, as long as the temperature of the air is adjusted, the whole vamp activation and cooling last of the present invention can be used to perform heating activation operation or cooling setting operation on the upper of the semi-finished shoe. Compared with the processing method of the existing upper, it requires The vamp is first placed in the existing heating activation machine for heating and activation, and then the activated vamp is placed in the existing cooling and setting machine for cooling and setting. The present invention does not need to move the vamp during the process, so Improve production efficiency. 2. The overall vamp activation cooling last of the present invention has a simple structure, and is low in cost compared to the existing heating activation machine and the existing cooling setting machine, so the process cost can be reduced.

為能詳細瞭解本發明的技術特徵及實用功效，並可依照說明書的內容來實現，茲進一步以如圖式所示的較佳實施例，詳細說明如後：In order to be able to understand the technical features and practical effects of the present invention in detail, and to realize according to the contents of the description, hereby further take the preferred embodiment as shown in the drawings, and the detailed description is as follows:

本發明所提出的整體鞋面活化致冷楦頭之較佳實施例如圖1、2及5所示，其係用以活化或致冷由一鞋中底71及一鞋面72結合成的一鞋子半成品70，該整體鞋面活化致冷楦頭包括一本體10、至少一進氣口20、至少一噴氣口30、一氣體流道40、一吹氣口50及複數個氣嘴60，其中：A preferred embodiment of the integral vamp activation cooling last proposed by the present invention is shown in FIGS. 1 , 2 and 5 , which is used to activate or cool a shoe midsole 71 combined with a vamp 72 . The shoe semi-finished product 70, the integral vamp activation cooling last includes a main body 10, at least one air inlet 20, at least one air inlet 30, a gas flow channel 40, an air blowing port 50 and a plurality of air nozzles 60, wherein:

如圖1至3所示，該本體10具有一外表面，該外表面具有一底面11、一側表面12及一頂面13。該側表面12連接該底面11及該頂面13，該頂面13與該底面11間隔設置。如圖5所示，當該鞋子半成品70套設於該本體10時，該本體10的該底面11貼靠於該鞋中底71，該本體10的該側表面12貼靠於該鞋面72。As shown in FIGS. 1 to 3 , the body 10 has an outer surface, and the outer surface has a bottom surface 11 , a side surface 12 and a top surface 13 . The side surface 12 is connected to the bottom surface 11 and the top surface 13 , and the top surface 13 is spaced from the bottom surface 11 . As shown in FIG. 5 , when the semi-finished shoe 70 is sleeved on the main body 10 , the bottom surface 11 of the main body 10 abuts against the midsole 71 , and the side surface 12 of the main body 10 abuts against the upper 72 .

如圖1至3所示，該至少一進氣口20形成於該本體10的外表面，較佳的是，該至少一進氣口20設於該本體10的該底面11。於本發明的較佳實施例中，該整體鞋面活化致冷楦頭設有兩所述進氣口20，其中一進氣口20鄰近該本體10的頭部，另一進氣口20鄰近該本體10的尾部。As shown in FIGS. 1 to 3 , the at least one air inlet 20 is formed on the outer surface of the main body 10 . Preferably, the at least one air inlet 20 is disposed on the bottom surface 11 of the main body 10 . In a preferred embodiment of the present invention, the integral vamp activation cooling last is provided with two air inlets 20 , wherein one air inlet 20 is adjacent to the head of the main body 10 , and the other air inlet 20 is adjacent to the head of the main body 10 . The tail of the body 10 .

如圖1及2所示，該至少一噴氣口30形成於該本體10的外表面，較佳的是，該至少一噴氣口30設於該本體10的該側表面12，該至少一噴氣口30與該至少一進氣口20間隔設置，且與該至少一進氣口20相連通。如圖5所示，該鞋子半成品70的該鞋面72覆蓋該至少一噴氣口30。進一步，該整體鞋面活化致冷楦頭設有複數個所述噴氣口30，該複數個所述噴氣口30間隔設於該本體10的該側表面12，而間隔形成於該本體10的外表面。As shown in FIGS. 1 and 2 , the at least one air port 30 is formed on the outer surface of the main body 10 , preferably, the at least one air port 30 is disposed on the side surface 12 of the main body 10 , 30 is spaced from the at least one air inlet 20 and communicated with the at least one air inlet 20 . As shown in FIG. 5 , the upper 72 of the semi-finished shoe 70 covers the at least one air outlet 30 . Further, the integral vamp activation cooling last is provided with a plurality of the air injection ports 30 , and the plurality of the air injection ports 30 are arranged on the side surface 12 of the main body 10 at intervals, and are formed at intervals on the outer surface of the main body 10 surface.

如圖1至3所示，該氣體流道40形成於該本體10中，並連通該至少一進氣口20及該至少一噴氣口30，使氣體經由該至少一進氣口20被注入該氣體流道40中，再由該至少一噴氣口30流出該本體10，而噴射於該鞋子半成品70的該鞋面72；該氣體流道40具有一主流通段41及至少一噴氣段42。該主流通段41與該至少一進氣口20相連通。該至少一噴氣段42的一端與該主流通段41相連通，另一端與該至少一噴氣口30相連通，且該至少一噴氣段42的內徑小於該主流通段41的內徑。As shown in FIGS. 1 to 3 , the gas flow channel 40 is formed in the main body 10 and communicates with the at least one air inlet 20 and the at least one air inlet 30 , so that gas is injected into the at least one air inlet 20 through the at least one air inlet 20 . The gas flow channel 40 flows out of the body 10 through the at least one air outlet 30 and is sprayed on the upper 72 of the semi-finished shoe 70 ; The main passage section 41 communicates with the at least one air inlet 20 . One end of the at least one jet section 42 communicates with the main flow section 41 , and the other end communicates with the at least one jet port 30 , and the inner diameter of the at least one jet section 42 is smaller than the inner diameter of the main flow section 41 .

進一步，該氣體流道40設有複數個噴氣段42，各噴氣段42遠離該主流通段41的一端與其中一噴氣口30相連通，使氣體流入該主流通段41後，再經由該複數個噴氣口30流出該本體10，而以發散的方式噴射於該鞋子半成品70，使該鞋子半成品70的該鞋面72能均勻地被加熱活化或致冷定型。氣體由該複數個噴氣口30流出該本體10的過程中，由於各噴氣段42的內徑小於該主流通段41的內徑，因此氣體壓力不會因為氣體由該主流通段41流通至各噴氣段42而降低，因此能確保噴氣的效果。Further, the gas flow channel 40 is provided with a plurality of jet sections 42, and one end of each jet section 42 away from the main flow section 41 is communicated with one of the jet ports 30, so that the gas flows into the main flow section 41, and then passes through the plurality of jet sections 42. The air jets 30 flow out of the main body 10 and are sprayed on the semi-finished shoe 70 in a divergent manner, so that the upper 72 of the semi-finished shoe 70 can be uniformly activated by heating or set by cooling. In the process of gas flowing out of the body 10 from the plurality of air injection ports 30, since the inner diameter of each air injection section 42 is smaller than the inner diameter of the main flow section 41, the gas pressure will not be caused by the gas flowing from the main flow section 41 to each of the main flow sections 41. The blowing section 42 is lowered, so that the effect of blowing can be ensured.

如圖1至3所示，該吹氣口50設於該本體10的該頂面13，而形成於該本體10的外表面，並與該至少一進氣口20及該至少一噴氣口30間隔設置，該吹氣口50與該氣體流道40的該主流通段41相連通。當氣體經由該吹氣口50流入該主流通段41中，再經由各噴氣段42流出該本體10，而噴射於該鞋子半成品70，使該鞋子半成品70與該本體10相分離。As shown in FIGS. 1 to 3 , the air blowing port 50 is disposed on the top surface 13 of the main body 10 , and is formed on the outer surface of the main body 10 , and is spaced from the at least one air inlet 20 and the at least one air inlet 30 . The air blowing port 50 communicates with the main flow section 41 of the gas flow channel 40 . When the gas flows into the main flow section 41 through the air blowing port 50 , then flows out of the main body 10 through each air jet section 42 , and is sprayed on the semi-finished shoe 70 , so that the semi-finished shoe 70 is separated from the main body 10 .

如圖1至3所示，各氣嘴60設於該至少一進氣口20及該吹氣口50中。As shown in FIGS. 1 to 3 , each air nozzle 60 is disposed in the at least one air inlet 20 and the air blowing port 50 .

本發明的使用方式如圖4至6所示，首先將該鞋子半成品70套設於該本體10，該鞋中底71設有至少一穿孔711，設於該至少一進氣口20的該氣嘴60如圖5所示地由該穿孔711伸出該鞋中底71。如圖6所示，接著將加熱過的氣體注入設於該至少一進氣口20的該氣嘴60，使加熱過的氣體經由該至少一進氣口20被注入該氣體流道40的該主流通段41中，接著被分流至該複數個噴氣段42中，最後再由該複數個噴氣口30流出該本體10，而噴射於該鞋子半成品70的該鞋面72，而能加熱活化該鞋面72。接著再將冷卻過的氣體注入設於該至少一進氣口20的該氣嘴60，使冷卻過的氣體經由該至少一進氣口20被注入該氣體流道40的該主流通段41中，再被分流至該複數個噴氣段42中，最終由該複數個噴氣口30流出該本體10，而噴射於該鞋子半成品70的該鞋面72，而能致冷定型該鞋面72。如圖7所示，待該鞋面72定型後，將氣體注入設於該吹氣口50的該氣嘴60，使氣體流通至該氣體流道40的該主流通段41中，再被分流至該複數個噴氣段42中，並由該複數個噴氣口30流出該本體10，而噴射於該鞋子半成品70，使該鞋子半成品70的該鞋面72被撐開，並與該本體10相分離，使用者即可輕易地將加工完畢的該鞋子半成品70由該本體10取下。最後在將一鞋底黏合於該鞋子半成品70的該鞋中底71。The usage of the present invention is shown in FIGS. 4 to 6 . First, the semi-finished shoe 70 is set on the main body 10 , the midsole 71 is provided with at least one perforation 711 , and the air inlet 20 is provided at the at least one air inlet 20 . The mouth 60 protrudes from the midsole 71 from the perforation 711 as shown in FIG. 5 . As shown in FIG. 6 , the heated gas is then injected into the gas nozzle 60 provided at the at least one air inlet 20 , so that the heated gas is injected into the gas flow channel 40 through the at least one air inlet 20 . The main flow section 41 is then divided into the plurality of air jet sections 42, and finally flows out of the main body 10 through the plurality of air jet ports 30, and is sprayed on the upper 72 of the semi-finished shoe 70 to heat and activate the Upper 72. Then, the cooled gas is injected into the gas nozzle 60 disposed at the at least one air inlet 20 , so that the cooled gas is injected into the main flow section 41 of the gas flow channel 40 through the at least one air inlet 20 , and then branched into the plurality of air jet sections 42 , and finally flows out of the body 10 through the plurality of air jet ports 30 , and sprayed onto the upper 72 of the semi-finished shoe 70 , thereby cooling and shaping the upper 72 . As shown in FIG. 7 , after the upper 72 is shaped, the gas is injected into the air nozzle 60 provided in the air blowing port 50, so that the air flows into the main flow section 41 of the air flow channel 40, and then is divided into The plurality of air jet segments 42 flow out of the body 10 through the plurality of air jet ports 30 , and are sprayed on the semi-finished shoe 70 , so that the upper 72 of the semi-finished shoe 70 is stretched and separated from the body 10 , the user can easily remove the finished shoe semi-finished product 70 from the body 10 . Finally, a sole is glued to the midsole 71 of the semi-finished shoe 70 .

藉由上述的技術手段，本發明所獲得的功效增有： 1. 本發明整體鞋面活化致冷楦頭在該本體10上設有該至少一進氣口20、該至少一噴氣口30及該氣體流道40，且該氣體流道40連通該至少一進氣口20及該至少一噴氣口30，使氣體依序經由該至少一進氣口20、該氣體流道40及該至少一噴氣口30，而噴射於該鞋子半成品70。因此，只要透過調整空氣的溫度，即可使用本發明整體鞋面活化致冷楦頭對該鞋子半成品70的該鞋面72進行加熱活化作業或是致冷定型作業，相對現有鞋面的加工方式，要先將該鞋面放置於現有加熱活化機進行加熱活化作業後，再將活化完畢的該鞋面放置於現有冷卻定型機進行冷卻定型作業，本發明在加工過程中不必移動該鞋面72，因此可提高製成效率。 2. 本發明整體鞋面活化致冷楦頭結構簡單，相對現有加熱活化機及現有冷卻定型機的造價低，因此能降低製程成本。 By above-mentioned technical means, the effect that the present invention obtains increases: 1. The overall vamp activation refrigeration last of the present invention is provided with the at least one air inlet 20, the at least one air injection port 30 and the gas flow channel 40 on the main body 10, and the gas flow channel 40 communicates with the at least one gas flow channel 40. The air inlet 20 and the at least one air outlet 30 allow gas to be ejected to the semi-finished shoe 70 through the at least one air inlet 20 , the gas flow channel 40 and the at least one air outlet 30 in sequence. Therefore, as long as the temperature of the air is adjusted, the whole vamp activation and cooling last of the present invention can be used to perform heating activation or cooling setting operation on the vamp 72 of the semi-finished shoe 70, which is compared with the existing vamp processing methods. , the vamp should be placed in the existing heating activation machine for heating and activation, and then the activated vamp should be placed in the existing cooling and shaping machine for cooling and shaping. The present invention does not need to move the vamp 72 during the process. , so the manufacturing efficiency can be improved. 2. The overall vamp activation refrigeration last of the present invention has a simple structure, and is lower in cost than the existing heating activation machine and the existing cooling and setting machine, so the process cost can be reduced.

10:本體 11:底面 12:側表面 13:頂面 20:進氣口 30:噴氣口 40:氣體流道 41:主流通段 42:噴氣段 50:吹氣口 60:氣嘴 70鞋子半成品 71鞋中底 72鞋面 10: Ontology 11: Bottom surface 12: Side Surface 13: Top surface 20: Air intake 30: Jets 40: Gas flow channel 41: Main pass section 42: Jet segment 50: blowing port 60: air nozzle 70 semi-finished shoes 71 shoe midsole 72 vamp

圖1係本發明較佳實施例之立體外觀圖。圖2係本發明較佳實施例之另一視角的立體外觀圖。圖3係本發明較佳實施例之局部剖面側視圖。圖4至7係本發明較佳實施例之實施狀態的局部剖面側視圖。 FIG. 1 is a three-dimensional appearance view of a preferred embodiment of the present invention. FIG. 2 is a three-dimensional appearance view of another viewing angle of the preferred embodiment of the present invention. 3 is a partial cross-sectional side view of the preferred embodiment of the present invention. 4 to 7 are partial cross-sectional side views of the preferred embodiment of the present invention in its implementation state.

10:本體 12:側表面 13:頂面 20:進氣口 30:噴氣口 40:氣體流道 41:主流通段 42:噴氣段 50:吹氣口 60:氣嘴 10: Ontology 12: Side Surface 13: Top surface 20: Air intake 30: Jets 40: Gas flow channel 41: Main pass section 42: Jet segment 50: blowing port 60: air nozzle

Claims

An integral vamp activation cooling last, which is used to activate or cool a semi-finished shoe that is combined with a vamp and a shoe midsole. The integral vamp activation and cooling last is provided with: a body, the The semi-finished shoe is sleeved on the main body; at least one air inlet is formed on the outer surface of the main body; and at least one air inlet is formed on the outer surface of the main body and is connected to the outer surface of the main body. At least one air inlet is arranged at intervals and communicated with the at least one air inlet, and the semi-finished shoe covers the at least one air inlet; wherein, the gas is injected into the body through the at least one air inlet, and then the gas is injected into the body through the at least one air inlet. The air outlet flows out of the body and is sprayed on the semi-finished shoe; the integral vamp activation cooling last is provided with a gas flow channel, which is formed in the body and communicates with the at least one air inlet and the at least one The gas flow channel has a main flow section and at least one air flow section, the main flow section is communicated with the at least one air inlet, one end of the at least one air flow section is communicated with the main flow section, and the other end is communicated with the main flow section. At least one air outlet is communicated with; the integral vamp activation refrigeration last is provided with an air outlet, and the air outlet is formed on the outer surface of the body, communicated with the main flow section of the gas flow channel, and is connected with the at least one air outlet. An air inlet and the at least one air outlet are arranged at intervals; wherein the gas flows into the main flow section through the air inlet, and then flows out of the body through the at least one air injection section and the at least one air outlet, and is sprayed on the semi-finished shoe, The shoe semifinished product is separated from the body.

The integral vamp activated refrigeration last as claimed in claim 1, wherein the inner diameter of the at least one air jet section is smaller than the inner diameter of the main flow section.

The integral vamp activated refrigeration last as claimed in claim 1 or 2, wherein the integral vamp activated refrigeration last is provided with a plurality of the air jets, and the plurality of air jets are formed at intervals on the outer surface of the body ; The gas flow channel is provided with a plurality of jet sections, and each jet section is away from one end of the main flow section and its One of the air jets is in communication; wherein the gas flows out of the body through the plurality of air jets, and is jetted on the semi-finished shoes in a divergent manner.

An integral vamp activation cooling last, which is used to activate or cool a semi-finished shoe that is combined with a vamp and a shoe midsole. The integral vamp activation and cooling last is provided with: a body, the The semi-finished shoe is sleeved on the main body; at least one air inlet is formed on the outer surface of the main body; and at least one air inlet is formed on the outer surface of the main body and is connected to the outer surface of the main body. At least one air inlet is arranged at intervals and communicated with the at least one air inlet, and the semi-finished shoe covers the at least one air inlet; wherein, the gas is injected into the body through the at least one air inlet, and then the gas is injected into the body through the at least one air inlet. The air outlet flows out of the body and is sprayed on the semi-finished shoe; the integral vamp activation cooling last is provided with a gas flow channel, which is formed in the body and communicates with the at least one air inlet and the at least one The gas flow channel has a main flow section and at least one air flow section, the main flow section is communicated with the at least one air inlet, one end of the at least one air flow section is communicated with the main flow section, and the other end is communicated with the main flow section. At least one air outlet is communicated with; the integral vamp activation cooling last is provided with a plurality of the air outlets, and the plurality of air outlets are formed at intervals on the outer surface of the body; the gas flow channel is provided with a plurality of air jet sections, One end of each jet section away from the main flow section is communicated with one of the jet ports; wherein the gas flows out of the body through the plurality of jet ports, and is sprayed on the semi-finished shoe in a divergent manner; wherein the integral vamp activates the cooling last The head is provided with an air blowing port, which is formed on the outer surface of the body, communicates with the main flow section of the gas flow channel, and is spaced from the at least one air inlet and the plurality of air injection ports; wherein the gas It flows into the main flow section through the air blowing port, then flows out of the body through the air jet ports corresponding to each air jet section, and is sprayed on the semi-finished shoe, so that the semi-finished shoe is separated from the body.

The integral vamp activation cooling last as claimed in claim 3, wherein the outer surface of the main body is provided with a bottom surface, a side surface and a top surface; the at least one air inlet is provided on the bottom surface; the plurality of air inlets Spacers are provided on the side surface.

The integral vamp activation cooling last as claimed in claim 4, wherein the outer surface of the main body is provided with a bottom surface, a side surface and a top surface; the at least one air inlet is provided on the bottom surface; the plurality of air inlets The spacers are arranged on the side surface; the air blowing port is arranged on the top surface.

The integral vamp activation cooling last as claimed in claim 6, wherein the integral vamp activation cooling last is provided with two air inlets, one of which is adjacent to the head of the body, and the other is The air port is adjacent to the rear of the body.

The integral vamp activation cooling last as claimed in claim 7, wherein the integral vamp activation cooling last is provided with two air inlets, one of which is adjacent to the head of the body, and the other is The air port is adjacent to the rear of the body.