Multipurpose Waterproof Zipper Shoe and its Preparation Method

Abstract

This invention describes a kind of multipurpose waterproof zipper shoe, including shoe sole, upper, optical sensor, controller, power source and control switch. One end of the upper is connected to shoe sole. The upper is equipped with an opening that has a waterproof zipper. The front end of the upper is armed with optical sensor, buzzer, controller, and light, and at one side of the upper, there is power source and control switch. Both the shoe sole and upper are equipped with a waterproof layer, which can attain the goal of water proofing. The cavity of the shoe sole is equipped with a shoe cover so that the shoe can be put into shoe cover in case of dirty road to prevent the shoe from being smudged. The shoe sole is armed with several sheets for magnetic therapy, which can provide continuous magnetic massage for feet to dredge main and collateral channels and address the problem of deficiency in vital energy and blood. This product is equipped with an optical sensor that can sense road conditions, a controller that controls the light, and a buzzer that alerts users.

Claims

1. A multipurpose waterproof zipper shoe includes shoe sole, upper, optical sensor, controller, power source and control switch. One end of the upper is connected to shoe sole, and the other end gradually converges until a vamp takes shape. The upper is equipped with an opening that has a waterproof zipper. The front end of the upper is armed with optical sensor, buzzer, controller, and light. The optical sensor is linked to controller and buzzer, and the light to controller. At one side of the upper, there is power source and control switch. The power source is connected with optical sensor, controller and buzzer, and the control switch with optical sensor. Both the shoe sole and upper are equipped with a waterproof layer, which is made up of the components below: phenolic resin 15-25, amino resin 6-18, Polycarbonate 8-12, polypropylene 10-18, aramid fiber 12-26, nitrile-butadiene rubber 10-15, high-alumina ceramic particle 8-15, graphite 1-4, tetraethyl titanate 2-8, sodium fluorosilicate 6-15, boron nitride 2-6, and stabilizer 4-10.

2. According to claim 1, the aforesaid multipurpose waterproof zipper shoe is equipped with an LED light as lighting source.

3. According to claim 1, there is a cavity with a shoe cover in the shoe sole of the aforesaid multipurpose waterproof zipper shoe.

4. According to claim 2, there is a cavity with a shoe cover in the shoe sole of the aforesaid multipurpose waterproof zipper shoe.

5. According to claim 1, the shoe sole of the aforesaid multipurpose waterproof zipper shoe has several sheets for magnetic therapy which are distributed on the surface of shoe sole according to acupuncture points in the sole of the foot.

6. According to any claim from 1, the preparation of the aforesaid multipurpose waterproof zipper shoe is based on the steps below: Step 1: select the raw materials of shoe sole and upper, and cut the raw materials; Step 2: the raw materials cut are made into upper and a shoe sole with a cavity through sewing machine; Step 3: cut an opening in the upper, which will be sewn with a waterproof zipper; install the optical sensor, buzzer, controller and light in the front end of the upper; equip one side of the upper with power source and control switch; inset sheets for magnetic therapy into the upper surface of shoe sole according to the acupuncture points of the sole of foot. Step 4: sew the shoe sole with upper, and polish the edge Step 5: apply the waterproof layer to shoe sole and outer surface of upper, and a finished product will come out after being dried by natural wind in a cool place.

7. According to any claim from 2, the preparation of the aforesaid multipurpose waterproof zipper shoe is based on the steps below: Step 1: select the raw materials of shoe sole and upper, and cut the raw materials; Step 2: the raw materials cut are made into upper and a shoe sole with a cavity through sewing machine; Step 3: cut an opening in the upper, which will be sewn with a waterproof zipper; install the optical sensor, buzzer, controller and light in the front end of the upper; equip one side of the upper with power source and control switch; inset sheets for magnetic therapy into the upper surface of shoe sole according to the acupuncture points of the sole of foot. Step 4: sew the shoe sole with upper, and polish the edge Step 5: apply the waterproof layer to shoe sole and outer surface of upper, and a finished product will come out after being dried by natural wind in a cool place.

8. According to any claim from 3, the preparation of the aforesaid multipurpose waterproof zipper shoe is based on the steps below: Step 1: select the raw materials of shoe sole and upper, and cut the raw materials; Step 2: the raw materials cut are made into upper and a shoe sole with a cavity through sewing machine; Step 3: cut an opening in the upper, which will be sewn with a waterproof zipper; install the optical sensor, buzzer, controller and light in the front end of the upper; equip one side of the upper with power source and control switch; inset sheets for magnetic therapy into the upper surface of shoe sole according to the acupuncture points of the sole of foot. Step 4: sew the shoe sole with upper, and polish the edge Step 5: apply the waterproof layer to shoe sole and outer surface of upper, and a finished product will come out after being dried by natural wind in a cool place.

9. According to any claim from 4, the preparation of the aforesaid multipurpose waterproof zipper shoe is based on the steps below: Step 1: select the raw materials of shoe sole and upper, and cut the raw materials; Step 2: the raw materials cut are made into upper and a shoe sole with a cavity through sewing machine; Step 3: cut an opening in the upper, which will be sewn with a waterproof zipper; install the optical sensor, buzzer, controller and light in the front end of the upper; equip one side of the upper with power source and control switch; inset sheets for magnetic therapy into the upper surface of shoe sole according to the acupuncture points of the sole of foot. Step 4: sew the shoe sole with upper, and polish the edge Step 5: apply the waterproof layer to shoe sole and outer surface of upper, and a finished product will come out after being dried by natural wind in a cool place.

10. According to any claim from 5, the preparation of the aforesaid multipurpose waterproof zipper shoe is based on the steps below: Step 1: select the raw materials of shoe sole and upper, and cut the raw materials; Step 2: the raw materials cut are made into upper and a shoe sole with a cavity through sewing machine; Step 3: cut an opening in the upper, which will be sewn with a waterproof zipper; install the optical sensor, buzzer, controller and light in the front end of the upper; equip one side of the upper with power source and control switch; inset sheets for magnetic therapy into the upper surface of shoe sole according to the acupuncture points of the sole of foot. Step 4: sew the shoe sole with upper, and polish the edge Step 5: apply the waterproof layer to shoe sole and outer surface of upper, and a finished product will come out after being dried by natural wind in a cool place.

Description

ILLUSTRATIONS ON FIGURES

[0016] FIG. 1 is the structural diagram of the multipurpose waterproof zipper shoe

[0017] Including: 1- shoe sole, 2- upper, 3-vamp, 4-opening, 5-waterproof zipper, 6-optical sensor, 7-controller, 8-light, 9-control switch, 10-buzzer, 11-power source

SPECIFIC IMPLEMENTATION MODE

[0018] Further explanations on technical scheme of this patent will be made in combination with specific implementation mode:

[0019] Case 1

[0020] The multipurpose waterproof zipper shoe includes shoe sole, upper, optical sensor, controller, power source and control switch. One end of the upper is connected to shoe sole, and the other end gradually converges until a vamp takes shape. The upper is equipped with an opening that has a waterproof zipper. The front end of the upper is armed with optical sensor, buzzer, controller, and light. The optical sensor is linked to controller and buzzer, and the light to controller. At one side of the upper, there is power source and control switch. The power source is connected with optical sensor, controller and buzzer, and the control switch with optical sensor. Both the shoe sole and upper are equipped with a waterproof layer, which is made up of the components below: phenolic resin 15-25, amino resin 6-18, Polycarbonate 8-12, polypropylene 10-18, aramid fiber 12-26, nitrile-butadiene rubber 10-15, high-alumina ceramic particle 8-15, graphite 1-4, tetraethyl titanate 2-8, sodium fluorosilicate 6-15, boron nitride 2-6, and stabilizer 4-10. The lighting source is LED light. Within the cavity, there is a shoe sole equipped with a shoe cover. There are several sheets for magnetic therapy in the shoe sole, which are distributed in the surface of the shoe sole according to the acupuncture points of the sole of the foot.

[0021] Step 1: select the raw materials of shoe sole and upper, and cut the raw materials;

[0022] Step 2: the raw materials cut are made into upper and a shoe sole with a cavity through sewing machine;

[0023] Step 3: cut an opening in the upper, which will be sewn with a waterproof zipper; install the optical sensor, buzzer, controller and light in the front end of the upper; equip one side of the upper with power source and control switch; inset sheets for magnetic therapy into the upper surface of shoe sole according to the acupuncture points of the sole of foot.

[0024] Step 4: sew the shoe sole with upper, and polish the edge

[0025] Step 5: apply the waterproof layer to shoe sole and outer surface of upper, and a finished product will come out after being dried by natural wind in a cool place.

[0026] The working principle of this invention: when optical sensor senses that there is not sufficient light for the road, the controller will turn on the light by control the lighting source, and alert the users with continuous buzzer. The power source is used to supply power for optical sensor 5, controller and buzzer. The control switch connected with optical sensor is used to start or shut down optical sensor. There is a shoe cover within the cavity of the shoe sole. The shoe cover can be used to protect the shoe from being smudged on rainy and snowy days or in case of dirty roads. It is a convenient design that makes full use of the space within the shoe. The sheets for magnetic therapy provide continuous magnetic massage for feet, which resembles acupuncture and moxibustion therapy in terms of function when used for human body. Such massage can replenish energy for main and collateral channels, dredge the channels, and address the problem of deficiency in vital energy and blood, thus achieving the function of healthcare.

[0027] For technicians in this domain, though this invention is not limited to the details of the demonstration case above, it can be embodied in other forms on the premise of conforming to the principle or basic characteristics of this invention. Thus, the case should be considered exemplary rather than non -restrictive from all aspects. The scope of this invention is reliant on the claim rather than the restricted descriptions above. Hence, this invention involves the definitions of equivalent elements of the claim and all changes within the scope, and the figures and signs of the claim should not be deemed as a limitation on the claims involved. In addition, though this specification is described according to the implementation mode, not every mode is comprised of a single technical scheme only. Such narration on specification is intended for clarity. Therefore, the technicians in this field are supposed to view the specification as a whole, and technical schemes in every case can be combined together properly so that technicians in this domain can understand other implementation modes.