TWM652032U - Intelligent shoe body and insole support structure - Google Patents

Abstract

This creation is mainly related to a smart shoe body and insole support structure. It mainly consists of a support body of different materials embedded in the insole. The sole is foamed and embedded with a smart chip. The smart chip can wirelessly connect to mobile devices. This creation uses the smart chip embedded in the sole of the shoe to provide the elderly with dementia with an assistive device that stays with them. Combined with the active tracking and search mechanism, it can strengthen the prevention measures for losing in daily life, so that the lost person can be found quickly. Reduce the expansion of injuries, and this creation also has the functions of step counting and blood pressure measurement, allowing fitness people to check their step counting data and their own blood pressure data; furthermore, this creation uses the support body located at the rear heel of the insole It can effectively prevent the user's body center of gravity from shifting to the outside of the foot, causing foot valgus and ankle sprains. Moreover, the support system of this creation is embedded in the insole, making it less likely to fall off due to long-term walking stress.

Description

Intelligent shoe body and insole support structure

This creation is about a support body located at the back heel of the insole, which can effectively prevent the user's body center of gravity from shifting to the outside of the foot, causing foot valgus and ankle sprains. The support system of this creation is embedded in the insole. The smart shoe body and insole support structure are not easy to fall off due to the stress of long-term walking, and can strengthen measures to prevent loss in daily life, so that lost people can be found quickly, and have the functions of counting steps and measuring blood pressure. Designer of molded shoe body.

According to reports, humans stand, walk, and run on two feet. During activities, the weight of the body and the reaction force of the ground are mainly borne by the feet, especially the soles of the feet, which are repeatedly stressed during long periods of standing, walking, etc. Lower feet are more likely to accumulate fatigue and injuries than other parts of the body, especially if they have flat feet, high arches or poor shoes. They are more likely to cause problems such as plantar valgus or ankle ligament sprains, or even knee joint pain. Furthermore, , because the current weather due to extreme cold and heat can easily cause brain lesions in the elderly with dementia, causing the elderly with dementia to forget their place and identity and get lost. After the police find out, they will first ask the identity or place of residence of the elderly with dementia, and then Go to the online system of missing persons to check whether family members have reported the case, or check whether there has been a missing person record, and further use biometrics to compare or print fingerprints to see if they have been registered with the police. If the identity cannot be found, they will be placed in the community first. The agency outside the bureau will be taken care of by professional units, and the identity will continue to be investigated later. In view of this, some manufacturers will stick a hard support structure corresponding to the human heel on the outside of the insole;

However, it is known that the conventional support structure is easily detached from the insole due to long-term walking pressure, and thinking about how to create an assistive device that does not leave the body and combines an active tracking and search mechanism can strengthen measures to prevent loss in daily life, so that lost people can be quickly found. Finding and reducing the spread of harm is the direction that the creators of this case and the industry are eager to study and improve.

That is to say, the main purpose of this creation is to provide a smart shoe body and insole support structure; the problem it wants to solve is to solve the problem that the conventional support structure is easy to fall off from the insole due to long-term walking pressure, and to think about how to create a smart shoe body and insole support structure. The active tracking and search mechanism combined with the assistive device that never leaves the body can strengthen the measures to prevent loss in daily life, so that the lost person can be found quickly, reducing the expansion of harm and breaking through the problem;

This creation mainly consists of: a shoe body, which is integrally foamed and formed with a wearing part, and the bottom of the shoe body is integrally foamed and molded with a sole, and the front end of the shoe body is integrally foamed and molded with an upper, and the shoe The surface of the shoe is integrally formed with a plurality of through holes, and a plurality of convex portions are distributed adjacent to each through hole; an intelligent chip is integrally formed and embedded in the sole of the shoe. The intelligent chip can wirelessly connect to mobile devices to provide intelligent satellite positioning. , has the function of measuring blood pressure and counting steps; an insole is covered inside the shoe body, and a support body of different materials is buried in a predetermined position in the insole, where the support body is made of elastic-plastic hard material, including There is a base surface, one end of the base surface passes through a through portion, the support body has one side abutment extending upward relative to both sides of the through portion, and the support body has a rear end extending upward relative to the rear end edge of the through portion. The rear abutment edge is connected to the two abutment edges. An elastic zone is provided adjacent to one of the abutment edges. The elastic zone is provided with a plurality of upwardly extending elastic pieces, and there are intervals between the elastic pieces. A flexible space is provided;

In this way, this invention embeds the smart chip in the sole of the shoe to provide the elderly with dementia with an assistive device that stays with them and combines it with an active tracking and search mechanism. It can strengthen the prevention measures for losing in daily life, so that the lost person can be found quickly. It can reduce the expansion of injuries, and this invention also has the functions of step counting and blood pressure measurement, which can be used by fitness people to check their step counting data and their own blood pressure data; furthermore, this invention makes use of the pedometer located at the rear heel of the insole. The support body can effectively prevent the user's body center of gravity from shifting to the outside of the foot, causing foot valgus and ankle sprains. Moreover, the support system of this invention is embedded in the insole, making it less likely to fall off due to long-term walking stress.

Please refer to Figures 1 to 10, which are preferred embodiments of the intelligent shoe body and insole support structure of this invention. However, these embodiments are for illustration only and are not limited by this structure in patent applications; Departments include:

A shoe body 10 is integrally foamed to have a wearing part 11, and the bottom of the shoe body 10 is integrally foamed to form a sole 12. The front end of the shoe body 10 is integrally foamed to have an upper 13, and the upper 13 The surface is integrally formed with a plurality of through holes 132, and a plurality of convex portions 131 are distributed on the adjacent side of each through hole 132;

A smart chip 20 is integrally foam-molded and embedded in the sole 12. The smart chip 20 can wirelessly connect to the mobile device 30 to provide functions of intelligent satellite positioning, blood pressure measurement and step counting.

An insole 50 is installed in the wearing part 11 inside the shoe body 10. The insole 50 is embedded with a support body 40 of a different material relative to the heel position of the human body; wherein

The support body 40 is made of elastic-plastic hard material and includes a base surface 41 with a through-portion 47 passing through one end of the base surface 41. The support body 40 extends upwards from both sides of the through-portion 47. The support body 40 has a rear abutment edge 46 extending upward relative to the rear end edge of the through-portion 47 . The rear abutment edge 46 is connected to the two side abutment edges 45 , and one side abutment edge 45 is adjacent to the side abutment edge 45 . An elastic area 42 is provided on the side, wherein the elastic area 42 is provided with a plurality of upwardly extending elastic pieces 43, and an elastic space 44 is spaced between each elastic piece 43.

Then, the base surface 41, both sides of the support body 40, the two abutment edges 45, the rear abutment edge 46 and the elastic area 42 are made of polyvinyl chloride (Polyvinyl Chloride, PVC) material.

Furthermore, the support body 40 is embedded in the insole 50 at a position opposite to the heel, and the through portion 47 is opposite to the heel of the human foot, so that the heel contacts the softer insole to feel comfortable, and the elastic zone The 42 series is located at the inner curved surface of the human foot.

Please refer to Figures 7 to 9, which is another embodiment of the present invention, in which the sole 12 is integrally foamed and formed with a receiving space 124, and the receiving space 124 is used to bury a smart chip 20. A folding piece 121 is provided at the top of the space 124. The folding piece 121 is provided with a pivot end 123 at a predetermined position relative to the sole 12, and the other end of the folding piece 121 is provided with a swing end 122. The sole 12 is pivoted relative to the pivot end 122. The end 122 forms a movable slot 125, in which the smart chip 20 can wirelessly connect to the mobile device 30 to provide functions of intelligent satellite positioning, blood pressure measurement and step counting.

Please refer to Figure 10, which is another embodiment of the present invention in which the smart chip 20 can also be integrally foamed and embedded in the insole 50. The bottom of the shoe body 10 is integrally foamed to form a sole 12, and the sole 12 The top surface is covered with an insole 50. The insole 50 is integrally foamed and embedded with a smart chip 20. The smart chip 20 can wirelessly connect to a mobile device to provide functions of intelligent satellite positioning, blood pressure measurement and step counting.

In this way, this invention uses the smart chip 20 to be embedded in the sole 12 of the shoe to provide the elderly with dementia with an assistive device that cannot be separated from the body, combined with an active tracking and search mechanism, which can strengthen the prevention measures for losing in normal times, so that the lost person can quickly be found to reduce the spread of damage, and this invention also has the functions of step counting and blood pressure measurement, which can be used by fitness people to check their step counting data and their own blood pressure data; furthermore, this invention embeds a device inside the insole 50 The support body 40, which is located at the rear heel of the insole 50, can effectively prevent the user's body center of gravity from shifting to the outside of the foot, causing foot eversion and ankle sprain. The support body 40 of the present invention is buried in The insole 50 is not easy to fall off due to long-term walking stress.

10: Shoe body 11: Wearing Department 12:Sole 121:Folding piece 122: Swing end 123: Pivot end 124: Accommodation space 125:Activity slot 13: Upper 131:convex part 132:Through hole 20:Smart chip 30:Mobile device 40:Support body 41: Base surface 42: Flexible zone 43: Elastic sheet 44: Flexible space 45: Side to side 46: Back to the side 47:Penetration Department 50:Insole

Picture 1: This is an exploded three-dimensional view of the smart shoe body and insole support structure, insole and shoe body of this creation. Picture 2: This is a three-dimensional view of the smart shoe body and insole support structure created by this product. Picture 3: This is a three-dimensional view from another angle of the smart shoe body and insole support structure created by this invention. This three-dimensional view can show The appearance of the elastic zone. Figure 4: A top view of the intelligent shoe body and insole support structure created by this invention. Figure 5: This is a longitudinal cross-sectional view of the smart shoe body and insole support structure of this creation. Figure 6: This is a cross-sectional view of the smart shoe body and insole support structure of this creation. Figure 7: This is a diagram of the smart shoe body and insole support structure of this creation and the usage status of the shoe body and smart chip. Figure 8: A usage diagram of another embodiment of the intelligent shoe body and insole support structure and shoe body of this invention. First, the smart chip is not configured. Figure 9: A usage diagram of another embodiment of the intelligent shoe body and insole support structure and shoe body of this invention. Second, the smart chip has been configured. Figure 10: This is a cross-sectional view of another embodiment of the intelligent shoe body and insole support structure and shoe body of this invention.

10: Shoe body

11: Wearing Department

12:Sole

13: Upper

131:convex part

132:Through hole

20:Smart chip

40:Support body

50: Insole

Claims (6)

An intelligent shoe body and insole support structure, including: A shoe body, which is integrally foamed to have a wearing part, and the bottom of the shoe body is integrally foamed to form a sole. The front end of the shoe body is integrally foamed to have an upper, and the surface of the upper is integrally formed with a plurality of transparent holes. holes, and a plurality of convex parts are distributed on the adjacent side of each through hole; A smart chip is integrated and embedded in the sole of the shoe. The smart chip can wirelessly connect to a mobile device to provide smart satellite positioning, blood pressure measurement and step counting functions; and An insole is covered inside the shoe body. A support body of a different material is embedded in a predetermined position in the insole. The support body is made of elastic-plastic hard material and includes a base surface. One end of the base surface runs through Through the through part, the support body has one side abutting edge extending upwards relative to both sides of the through part, and the support body has a rear abutting edge extending upward relative to the rear end edge of the through part, and the rear abutting edge is connected to the two sides. The abutting edges are connected, and an elastic zone is provided adjacent to one of the abutting edges. The elastic zone is provided with a plurality of upwardly extending elastic pieces, and an elastic space is provided between each elastic piece. The smart shoe body and insole support structure as described in claim 1, wherein the base surface of the support body, the two side abutment edges, the rear abutment edge and the elastic area are made of polyvinyl chloride (Polyvinyl Chloride, PVC). become. An intelligent shoe body and insole support structure, including: A shoe body, which is integrally foamed to have a wearing part, and the bottom of the shoe body is integrally foamed to form a sole. The front end of the shoe body is integrally foamed to have an upper, and the surface of the upper is integrally formed with a plurality of transparent holes. holes, and a plurality of convex parts are distributed on the adjacent side of each through hole, and the sole is integrally foamed to have an accommodation space; A smart chip is integrally formed and embedded in the accommodation space of the sole. A folding piece is provided at the top of the accommodation space. The folding piece is provided with a pivot end relative to a predetermined position of the sole, and the other end of the folding piece is provided with a pivot end. A swing end, the sole of the shoe forms an movable slot relative to the swing end, in which the smart chip can wirelessly connect to a mobile device to provide functions of intelligent satellite positioning, blood pressure measurement and step counting; and An insole is covered inside the shoe body. A support body of a different material is embedded in a predetermined position in the insole. The support body is made of elastic-plastic hard material and includes a base surface. One end of the base surface runs through Through the through part, the support body has one side abutting edge extending upwards relative to both sides of the through part, and the support body has a rear abutting edge extending upward relative to the rear end edge of the through part, and the rear abutting edge is connected to the two sides. The abutting edges are connected, and an elastic zone is provided adjacent to one of the abutting edges. The elastic zone is provided with a plurality of upwardly extending elastic pieces, and an elastic space is provided between each elastic piece. The intelligent shoe body and insole support structure as described in claim 3, wherein the base surface of the support body, the two side abutment edges, the rear abutment edge and the elastic area are made of polyvinyl chloride (Polyvinyl Chloride, PVC). become. An intelligent shoe body and insole support structure, including: A shoe body, which is integrally foam-molded with a wearing part, and the bottom of the shoe body is integrally foam-molded with a sole. The top surface of the sole is covered with an insole, and the front end of the shoe body is integrally foam-molded with an upper. The surface of the shoe upper is integrally formed with a plurality of through holes, and a plurality of convex portions are distributed adjacent to each of the through holes; An insole is covered inside the shoe body. A support body of a different material is embedded in a predetermined position in the insole. The support body is made of elastic-plastic hard material and includes a base surface. One end of the base surface runs through Through the through part, the support body has one side abutting edge extending upwards relative to both sides of the through part, and the support body has a rear abutting edge extending upward relative to the rear end edge of the through part, and the rear abutting edge is connected to the two sides. The abutting edges are connected, and an elastic zone is provided adjacent to one of the abutting edges, wherein the elastic zone is provided with a plurality of upwardly extending elastic pieces, and an elastic space is provided between each elastic piece; and A smart chip is integrally foamed and embedded in a predetermined position in the insole. The smart chip can wirelessly connect to a mobile device to provide smart satellite positioning, blood pressure measurement and step counting functions. The smart shoe body and insole support structure as described in claim 5, wherein the base surface, both sides of the support body, the back support side and the elastic area are made of polyvinyl chloride (Polyvinyl Chloride, PVC). become.

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